#Solar cell laser cutting machine

[elmalo8291]

Project Iron Spine: Technical Blueprint

Concept Summary: Iron Spine is a lifelong, bio-integrated spinal augmentation unit designed to interface with the human nervous system using ionic and laser-based micro-needle technology. The system interprets brain signals non-invasively and assists with physical support, nerve stimulation, and strength augmentation. It draws inspiration from the durability of early twentieth-century mechanical design while leveraging cutting-edge medical, AI, and materials science advancements.

I. Structural Framework

Material: Aerospace-grade titanium alloy chassis

Support Frame: Carbon-composite skeletal harness with flexible segments and vibration-damping micro-pivots

Surface Shell: Graphene-infused smart fabric over memory metal honeycomb

Function: Lightweight, corrosion-resistant, shock-absorbent, long-term biocompatibility

II. Sensory & Needle Interface

Needles: Medical-grade laser-sharpened ionic micro-needles

Function: Penetrate dermal layer for neural stimulation or suppression without tissue damage

Sterilization: Self-cleaning ports using UV-C micro-pulse tech; retractable needle array

Infection Control: Antibacterial nano-coating around all ports and skin contact points

III. Comfort and Environmental Control

Temperature Regulation: Phase-changing thermogel padding

Sweat Management: Breathable, moisture-wicking graphene mesh lining

Adaptive Fit: Muscle-tracking smart-fabric straps with microservo adjusters

IV. Neural Interface System

Signal Interpretation: Non-invasive dry EEG sensors on upper neck and scalp perimeter

AI Core: Onboard redundant learning model interprets brain-to-spine electrical signals

AI Safety Layer: Fail-safes for nerve misfire prevention and automatic shutoff under stress

Interface Port: Optional external plug-in for diagnostics and software updates

V. Mobility and Strength Augmentation

Actuation: Artificial muscle fibers along spinal channel augment movement and strength

Load Bearing: Dynamic load distribution module for spinal pressure relief

Balance Assist: Internal gyro-sensor array linked to AI for stability monitoring

VI. Power and Energy

Primary Source: Solid-state lithium-ceramic power cell (20-year life)

Backup System: Kinetic energy recovery loop (walking, movement) and solar skin panels

Efficiency Management: Smart power routing and auto-shutdown of non-critical systems

VII. Durability and Longevity

Philosophy: Built to outlast its wearer if maintained

Maintenance: Modular internal units with user-friendly access points

Diagnostics: AI-run integrity scans with manual override

Design Principle: Repairable, not disposable. Parts are standardized and field-serviceable.

VIII. Optional Modules and Future Add-ons

Wireless Comms: Low-range neural command module for use with external devices

Emergency Protocol: Shock-dampening fail-safes, fall detection, and SOS beacon

Integrated Tools: Micro-med modules for basic injections, localized numbing, etc.

Aesthetic Philosophy: Steampunk-meets-space-age—visible gears, elegant form, and a timeless, practical beauty. A living relic that performs like a machine from the future, but feels like it came from the hands of an artisan.

Status: In Conceptual Prototyping Phase Ready for refinement with biomechanics experts, AI interfacing engineers, materials scientists, and medical device regulators.

Owner: [User] Codename: Iron Spine Initiative

[ujwala-hole11]

Solar Panel Laminating Machine Market Trends Technological Innovations and Developments

The solar panel laminating machine market is a critical segment of the solar energy industry. Laminating machines are designed to apply protective layers to solar cells, enhancing their efficiency and durability. With the rapid growth of the solar energy sector, the demand for advanced and efficient laminating machines continues to rise. This article explores the key trends influencing the solar panel laminating machine market, from technological advancements to regional growth patterns.

Global Growth Drivers and Forecasts

The solar panel laminating machine market is expected to grow significantly due to the increasing global demand for renewable energy sources. As countries continue to focus on reducing their carbon footprints, the adoption of solar energy is soaring, which directly drives the demand for efficient solar panel production. The need for large-scale solar installations and the growing number of solar power plants worldwide are expected to fuel the growth of laminating machine sales. Projections indicate a strong market expansion over the next decade, with growth being particularly evident in emerging economies.

Technological Innovations and Developments

One of the most prominent trends in the solar panel laminating machine market is the advancement of technology. Laminating machines are evolving to accommodate higher-efficiency solar cells, with innovations in automation, precision, and throughput. The integration of advanced control systems, such as automated temperature control and pressure optimization, allows for better quality control and improved production rates. New techniques, like laser cutting and advanced bonding methods, are also improving the efficiency of the laminating process.

The Shift Toward Automated Solutions

Automation in solar panel manufacturing has become a major trend, particularly in the laminating machine market. With increasing demand and tighter production timelines, manufacturers are turning to fully automated laminating systems that can streamline production processes, reduce labor costs, and enhance overall efficiency. Automated solutions can optimize material handling, reduce the potential for human error, and increase throughput, enabling manufacturers to meet growing demand for solar panels while maintaining high-quality standards.

Energy Efficiency and Sustainability Impacts

The solar panel laminating machine market is closely linked to sustainability and energy efficiency trends. As the global emphasis on energy conservation and sustainability continues, laminating machines are becoming more energy-efficient. Manufacturers are focused on designing systems that consume less energy, reduce waste, and promote eco-friendly production processes. In turn, these machines contribute to making solar panel manufacturing more sustainable, which aligns with the broader goals of the solar industry.

Regional Market Insights and Key Players

The demand for solar panel laminating machines is growing rapidly in both developed and emerging markets. North America and Europe continue to be key players in the global market, driven by well-established solar energy infrastructure and government incentives. However, Asia-Pacific is expected to see the fastest growth, with countries like China and India investing heavily in solar power generation. Key manufacturers, such as Hunan Sunzon, Manz AG, and MT Solar, are focusing on expanding their presence in these rapidly growing regions to capitalize on the surging demand for solar panels.

The Role of Automation in Production Efficiency

Automation continues to play a significant role in enhancing the production efficiency of solar panel laminating machines. With the rising demand for solar panels and the need to maintain high production volumes, manufacturers are increasingly adopting automated machines that reduce production time and improve consistency. These automated laminating machines can work continuously without the need for manual intervention, providing faster turnaround times, more precise laminating processes, and lower production costs.

Material Advancements and New Laminates

The solar panel laminating machine market is also influenced by innovations in materials. The development of new, high-performance laminates for solar panels has made it possible to increase the durability and efficiency of solar cells. These new materials offer better protection against UV rays, temperature fluctuations, and mechanical stress, improving the longevity of solar panels. As manufacturers incorporate these materials into their laminating machines, they are able to meet the rising demand for high-quality, long-lasting solar products.

Reducing Manufacturing Costs Through Innovation

One of the key focuses of the solar panel laminating machine market is reducing manufacturing costs. With the growing competition and the need for cost-effective solutions, innovations in machine design and process optimization are essential. Improvements in automation, material usage, and machine efficiency help reduce waste and lower overall production costs, making solar panel manufacturing more affordable. As the cost of solar panel production decreases, the price of solar energy will continue to fall, encouraging wider adoption.

Future Prospects with Industry 4.0 Integration

The integration of Industry 4.0 principles, such as IoT (Internet of Things) and AI (Artificial Intelligence), into solar panel laminating machines is expected to revolutionize the market. These technologies can provide real-time data analytics, predictive maintenance, and enhanced machine learning, allowing manufacturers to monitor machine performance, optimize workflows, and reduce downtime. As these technologies continue to evolve, they will further improve the efficiency and effectiveness of solar panel manufacturing processes.

Challenges and Opportunities in Emerging Markets

While the solar panel laminating machine market is growing globally, challenges remain in emerging markets. Issues such as inconsistent electricity supply, a lack of technical expertise, and high initial investment costs can hinder market growth in some regions. However, these markets also present significant opportunities for manufacturers to provide cost-effective and scalable solutions. As these regions invest in solar energy infrastructure, the demand for laminating machines will increase, offering new avenues for growth.

Conclusion

The solar panel laminating machine market is poised for continued growth, driven by technological innovations, automation, and the increasing demand for solar energy worldwide. With regional variations and the constant need for cost-effective, high-quality solutions, manufacturers are adapting to meet the evolving needs of the market. The integration of new materials, energy-efficient processes, and Industry 4.0 technologies will play a critical role in shaping the future of the market. The increasing focus on sustainability and energy efficiency ensures that the solar panel laminating machine market will remain a key enabler of the renewable energy transition in the years to come.

[cliantechsolutions]

https://www.debwan.com/posts/502777

In this world solar power has emerged as a leading contender for cleaner and more sustainable energy sources. The efficiency of solar cells is important in the utilization of solar energy effectively. Cliantech Solutions, an advance and experienced technology company have introduced a big and important effect on the innovation of the Waterless NDC Solar Cell Laser Cutting Machine.

[wisdomrays]

TAFAKKUR: Part 304

NANOTECHNOLOGY: Part 3

ALWAYS CLEAN CLOTHING (8,9)

Imagine textiles that cannot be stained or wrinkled, that always maintain the look and feel of fabrics made from natural fibers. Imagine materials that are 100 times stronger than steel, but weigh only one-sixth as much. Nanofibers could be used in astronauts' suits, moving with them as they work to give them greater flexibility in space, or to allow the disabled greater mobility by acting as extra muscles.

Imagine batteries that take up less than one cubic millimeter, but supply a medical implant with power. Imagine sensors, smaller than a pinpoint, that detect anything in extremely low concentrations, from specific antibodies to toxic chemicals.

A big splash of coffee leaves an unmistakable stain on an ordinary pair of trousers; on a pair of nanotextile trousers, it can be brushed off without leaving a trace. A titanium frying pan and the laser in a fairly modern CD player are both based on nanotechnology. By using nanotechnology, wall paint could automatically sterilize an operating theatre, filters could be used in water purifiers to automatically kill undesirable bacteria, and roofing tiles that convert solar light into household electricity could give way to reinforced self-repairing houses immune to all natural disasters "short of a large incoming meteor.

Hence nano-technology is and will continue to become part of our everyday lives ... sometimes without us even noticing.

MICHAEL CRICHTON (11)

Crichton says "These organisms [self-reproducing tiny computers] will be created by nanotechnology, perhaps the most radical technology in human history: the quest to build man-made machines of extremely small size, on the order of 100 nanometers, or 100/billionths of a meter. Such machines would be 1,000 times smaller than the diameter of a human hair. Experts predict that these tiny machines will provide everything from miniaturized computer components to new medical treatments to new military weapons. In the 21st century, they will change our world totally.

"The potential benefits are spectacular: Tiny robots may crawl through your arteries, cutting away atherosclerotic plaque; powerful drugs will be delivered to individual cancer cells, leaving other cells undamaged; teeth will be self-repairing. Cosmetically, you will change your hair color with an injection of nanomachines that circulate through the body, moving melanocytes in hair follicles. Other nanomachines will lighten or darken skin color at will, removing blemishes, birthmarks and liver spots in the process; still others could cleanse the mouth and eliminate bad breath. Nonsurgical nanoprocesses could even perform liposuction and body reshaping. They will also repair knees and spines.

Living spaces will be transformed with self-cleaning dishes and carpets and permanently clean bathrooms. Windows will lighten or darken at will; programmable paint will change color. You can walk through the walls of your house, since they are composed of particle clouds. Your personal computer and your watch will be painted on your arm. Temperature-sensitive clothing will loosen when it gets hot, insulate when it gets cold."

In the future, roving nanomachines will convert trash dumps to energy, solar nanomachines will be coated on the houses to generate electricity, and flexible nanomachines will provide earthquake protection. It may even be possible to move a house across the lawn on the backs of millions of nanomachines.

In 2003, nanotechnology is still very much in its infancy. However, such major corporations as IBM, Fujitsu, and Intel are funding this research. U.S. government investment has gone from virtually nothing only a few years ago to well over $600,000,000 per year in 2003.

At present, nonotechniques are being used to make sunscreens, stain-resistant fabrics, and composite materials for cars; soon, they will be used to make extremely small computers and storage devices. Pittsburgh based PPG Industries, Inc. is making self-cleaning window glass; the Westaim Corporation of Toronto is making nanocrystal wound dressings with antibiotic and anti-inflammatory properties. Currently, nanotechnology is principally a material technology.

Most experts predict that self-reproducing machines are only a decade away. Man-made, self-reproducing entities already have been released into the environment. The first of these, of course, were computer viruses. The first viruses were created as a game ("core wars"), a 1960s battle between mainframe programmers, each releasing a program into the other's mainframe computer. Originally limited to specialists, hackers soon joined in. The growth of computer networking made rapid worldwide transmission possible. Computer viruses, worms on the Internet, have become an international threat to information and global business.

Scientists are witnessing some of the problems of self-replicating biotechnology agents. For example, a recent report indicates that modified maize genes are appearing in native maize in Mexico, despite laws against it and efforts to prevent it. This is only the start of probably a long journey to control this new technology. Laws have been passed to put hackers in jail; delinquent biotechnologists will soon join them. We need international controls to deal with self-reproducing technologies right now, whereas now there are essentially none.

[jayne-hecate-writer]

The Dark Side Rises...

I love to watch cosplayers on Youtube, where such luminaries as Adam Savage are inspirational but can provoke the dark side with envy of his access to a machine shop, original props for photos and friends in the movie business.

Let's face it, Adam Savage is the Holy Grail of replica prop building, and he does inspire with the fullness of his heart that other makers follow their hearts and build too. That leads other people into getting their hands dirty and in time they too become leaders in their fields as they show the skills they are developing and designs they have for fabulous replica props from our favourite movie universes. One of the best of these is one I have mentioned before and that is Dan of Buckethead Props, whose gentle fun videos are always inspirational and still show that we can make this stuff at home, with out needing access to a five axis CNC lathe! This is not to say that his stuff is poor quality, if anything the exact opposite is true, his stuff is brilliant and well beyond what I can produce, but he does inspire still.

Recently, Buckethead Props reached a milestone in Youtube subscribers and to celebrate this, they have set up a Lightsabre build challenge and for once, I have decided to give it a go.

https://www.youtube.com/watch?v=Z50gt9TTz3w

The rules are very simple, do what ever you like, but you have a budget of only £20. This was something that I thought about at first and then rejected, but the more I thought about it, the more I wanted to take part in it. A quick comment on his video saw Dan reply with a bit of gentle encouragement to his viewers and I set about designing my sabre.

There are some things I want in a sabre and obviously it has to be Dark Side, which means a red Crystal and red Blade. However, I am also a Rebels fan, so I want a sabre that will fit into their world. That leaves me the sabre of the Inquisitors, of Maul or even Vader himself, but none of them appeal, so I got thinking...

“What would have happened if Ezra had turned to the Dark Side and gone with Maul on Malachor?”

To go down this path, Ezra would have turned his back on Kanan and after Maul had blinded him it is likely that Ezra may have even killed his old master, taking his sabre. Becoming Maul's apprentice in the Darkside, it is possible that they would have followed the rules of the Sith as set out by Darth Bane and eventually when Maul had taught him as much as he could, Ezra would have murdered Maul too.

I call this sabre the Dark Ezra...

As a disabled person, money is tight and the budget of £20 was a big bite out of my monthly spending, especially given that this was effectively to be spent on something that may not even work. So I set about finding as many recyclable materials as possible and with some bits already in stock, I only had six things to purchase for it. The first item I bought was a cheap LED torch for £1.99 and a set of cheap and very low quality bicycle lights from The Range for £3.99. I wanted to fit a sound module for a light sabre and found a cheap child's toy on Amazon for £4.99. I purchased a steel bolt for a few pence from our local engineers suppliers. I also purchased a solar powered garden light for under a pound. The last (or rather the first, although I did not know it at the time) thing  was a toy pistol from Poundland, however I bought this for a costume about five years ago and I have no idea if these are still available and this was used for the sound board again.

My first task was to set about the wiring, taking the lights apart and dismantling the toy sabre too, before I attacked them with my soldering iron. Which resulted in my first major mistake when attaching batteries to the sword sound module and turned the main chip to ash. That was £4.99 wasted and left me feeling annoyed with myself, for attaching the leads the wrong way around. This was despite photographing the board so that I could see the wiring.

Putting the wiring to the side for a while, I set about constructing the chassis of the sabre and it was here that I really wanted a blaster built into the hilt, just like Ezra's first sabre. I had some old wood in the scrap pile, purchased months and years before to build a cage for our pet owl... More on her later. The scraps of wood were from the cheapest wood we could use to build the cage, unfinished beams for holding up plasterboard, cheap off cuts and recycled bits from the shed. This left me with two small offcuts, a piece of 30x75mm and a piece of 30x30mm. Using chisels and a craft knife, I took the corners off of the 30x30 for the handle, turning it into a lovely octagonal shape that fitted beautifully into my hand. I also hollowed out the other piece of wood to allow for the fitting of a crystal and the electronics.

It has been many years since I last used woodworking tools and I now bare the scars of trying to use such fine tools, with hands damaged by arthritis caused by years of extreme sport. What would have taken an accomplished woodworker no more than an hour or so, took me three fabulously enjoyable days, despite the damage I did to myself! The mess was delicious with wood shavings everywhere and the grin on my face was worth every second of it even when it came time to clean up the mess I had made. With the wood sanded back I set about finding some recyclable items that I could use and the first thing to hack apart was some broken 1990s Sony Hi-Fi equipment, from which I salvaged some micro-switches and a lot of thin, nasty cables. I did think about using the laser from the CD drive, but I was worried that I could blind someone with it, if I ever managed to make the driver work. With that idea scrapped, I salvaged some very old LEDs (which I never used in the end) and some buttons and dials that could have made some interesting greeblies. I was given some offcuts from from a plumbing job, none of which were of use to a plumber. I had some screws that came from the Hi-Fi and some strips of plastic that I could cut up. I did think about using the circuit boards, but the Hi-Fi kit was very old and dusty and frankly the resistors were almost the same size as my sound modules! The majority of this thing was going to be built from second hand junk and scrap.

The handle was perfect to hide the battery compartment and the torch came with three AAA batteries, which are the cheapest nastiest calls I have ever seen, but given that they cost me nothing, I used them. The bolt became the positive terminal and using parts from the HI-Fi I was able to make the negative terminal in the handle. I used old cables to run the power to the crystal chamber and then I had to make the crystal.

The Crystal was a challenge, I wanted something red that would emit red light and all I had were a set of bicycle lights, until I damaged another board with my soldering iron. This was the board that ran the rear light, which was a small strip of red LEDs powered by two AAA cells. I wanted to extend the LEDs from the board into the crystal chamber, but a momentary switch started giving me problems and I almost gave up with the idea, until I decided that the crystal from the garden light worked a lot better. A white LED from the front light gave the blade aperture a nice red glow when coated with glass paint and the LED from the torch attached to the sound board from the toy pistol gave me a blaster effect that I really enjoyed. With no further electronics needed, it just needed to be put together and soldered into place...

I very nearly buggered it all up when I got confused with my wiring and after a couple of days of sulking (resting from the flu), I worked it out and set it all in place, carefully covered up and with the speaker from the pistol making the appropriate pew pew noises from out of the side of the blaster. The LED from the torch shone out through the small barrel that I had drilled into the wood and capped with the bezel of the torch.

I wanted to paint the sabre, but I also wanted it to look beaten up and well used, so I wrapped it with a small piece of ASDA tin foil and painted on top of that with no undercoat. Once the paint had dried, I was able to scratch it and make it look aged and used, especially once I had applied a bit of weathering too. I should also add that given that I had bought the toy sabre for the sound board, which I broke, I still had to use a bit of it to make the expense worthwhile. So I chopped the top off the damn thing, which turned out to be made from the cheapest plastic going. Given how much this thing cost me, I had expected a little better from it, but such is the way when you buy the cheapest shit on Amazon. Again this was painted, weathered and made to look manky.

I used the body of the front light to make the end of the handle and cover up the engineering bolt and attached to this I made a hanger from some old washers. It was then that I had a flash of inspiration. If Dark Esra had killed Kanan and Maul, maybe he would have taken the crystals from their sabres and attached them to his own as trophies, a lovely dark thought. It still needed something though and then I thought about the Loth-Owls that had followed Ahsoka around on Lothal, what if Esra had caught one and taken its feathers? So I set about our pet owl Alby with with a set of clippers! Don't worry, that is a joke, my other half keeps nice feathers when she sheds them, which happens occasionally. I wrapped the feather stems with wire salvaged from the Hi-Fi, weathered them with some paint and attached them to the hilt.

With that, I was done. It sounds so easy when typed out like this, but it took me ages and I loved every dark second of it, even when I buggered it up. I just need to total up my expenses and then work out how to use Instagram so that I can submit my entry to the competition. Ahhh, the things that these younglings do!

LED torch - £1.99

Bike lights - £3.99

Laser sword - £4.99

Garden light - £0.89

Engineering bolt - £0.75

Toy gun -  ��1.00

Paper -  £0.10

ASDA tin foil fragment -  £0.10

Solder - £1.00

Owl Feathers - Lots of cuddle

Broken Hi-Fi

Piece of copper pipe

Scrap wire

Old bicycle grip tape off cut    - All free

Torn leather jeans leg

Scrap wood

Final cost  £14.81 and lots of owl cuddles

If you want to take part in this, go and give Buckethead Props some love, subscribe to their channel, watch their videos and get involved. After all, you only get one life and your Lightsabre is your soul!

[jwslw]

d20 Modern Stats for the Fallen from Destiny

The Fallen/Eliksni

Species Traits

Ability Modifiers:Str+2, Dex+2, Int-2, Cha-2.  

Monstrous Humanoid.

Medium

Darkvision: Eliksni have Darkvision out to a range of 60ft

Four Arms (Ex): An Eliksni can wield four medium-sized or smaller weapons or two large weapons simultaneously, the extra set of arms grant the Eliksni a +4 bonus to Climb and Grapple checks, the extra arms are treated as off-hands.  Unless Docked (see below) or unable to access Ether (see below) the second set of arms/hands will regrow over a period of 1d6 weeks if cut off.

Ether Dependence (Su):  Eliksni require a specialized substance called Ether to function, All Eliksni carry a specialized air tank and breathing apparatus with 24 hours worth of Ether.  If an Eliksni is forced to operate without Ether for an extended period of time they will sicken, suffering a -2 penalty to all rolls and checks until they have their supply restored.  If they go without Ether for a number of days equal to 2x their Constitution score, they will die. As a Fallen grows larger it requires more Ether to function properly. Ether also influences the growth of an Eliksni (See Fallen Class)

Docking (Ex):  As a punishment for real or perceived crimes against their fellow Eliksni, an individual Fallen can have its lower set of arms docked and their Ether ration is reduced to half what a Medium sized Eliksni would usually receive, preventing the arms from growing back and negating the Climb and Grapple bonuses they normally apply.  In addition the Docked Eliksni loses its +2species bonus to strength and its Charisma penalty is increased to -4.  If a docked an Eliksni had previously increased its size through the Fallen class, it immediately shrinks back to medium size losing all size based bonuses and penalties, if that Fallen's status is restored, their size will restore at the same rate as their arms.

Base Land Speed: 40feet.

Bonus Feats: Eliksni receive Archaic Weapons Proficiency and Light Armor Proficiency as Bonus feats

Skill Bonuses: Eliksni receive a +4 Species Bonus to Hide, Jump, and Spot checks.  

Languages: All Eliksni can receive Read/Write and Speak Language (Eliksni), most can learn English or another human language  

Level Adjustment:+2.

Fallen Class   Base  Attack Fort Ref Will

Level   Bonus Save Save Save Special

1  +1 +0 +2 +2 ----

2  +2 +0 +3 +3 ----

3  +3 +1 +3 +3 Bonus Feat

4  +4 +1 +4 +4 ---

5  +5 +1 +4 +4 Size Increase1, Extra Attacks

6  +6/1 +2 +5 +5 Bonus Feat

7  +7/2 +2 +5 +5 ---

8  +8/3 +2 +6 +6 ---

9  +9/4 +3 +6 +6 Bonus Feat

10  +10/5 +3 +7 +7 Size Increase2, Extra Attacks

At anytime, an Eliksni can take a Level in the Fallen class, gaining the following bonuses

Class Skills: Climb(Str), Drive(Dex), Hide(Dex), Intimidate(Cha), Jump(Str), Listen(Wis), Move Silently(Dex), Pilot(Dex) and Spot(Wis).

Skill Points (First Level): 2x Int Score

Skill Points (Level up): 2

Bonus Feats:  At 3rd 6th and 9th Level an Eliksni may select from one of the following feats as long as they have the prerequisites: Alertness, Armor Proficiency (Medium, Heavy or Power), Brawl, Combat Martial Arts, Defensive Martial Arts, Frightful Presence, Leadership, Multi-Weapon Fighting, Personal Firearms Proficiency, and Power Attack

Size Increase: As an Eliksni rises through the ranks of their clan their Ether ration is increased allowing fo impressive physical growth.  At 5th level, an Eliksni's size increases to Large and at 10th level it increases to Huge, when this happens the Eliksni receives all the benefits/penalties related to increasing size. If a Eliksni is Docked, it will immediately shrink back to Medium size, negating these effects, if the Docking is reversed, they will gradually reattain their previous size/benefits and penalties over a period of 1d6 weeks as their lower arms regrow.  

Extra Attacks:  Whenever an Eliksni increases in size, it gains the ability to make upto two Stomp Attacks per round as part of a Full Attack Action.  Stomp Attacks are made at the Eliksni's Highest Melee attack Bonus -10 and can be performed along side Ranged attacks or Melee Attacks.  A Large Eliksni's the Stomp Attack deals 1d4+half Strength Modifier Bludgeoning damage, at huge the damage increases to 1d6.  If an Eliksni is docked it loses access to its stomp attacks till its arms regrow.  

Example Fallen

Shank

A Shank is a Fallen scout, sentry, and repair drone. Shanks can be deployed from Walkers.

Shanks attack in small swarms and fire small plasma cannons in short bursts. For the most part, their attacks are relatively weak. They can also boost themselves up to avoid grenades or small arms fire, but this tactic isn't used often.

Because their offensive capabilities appear to be based on attacking in numbers, individual Shanks are lightly armored and are easily destroyed. When the Epic modifier is active, Shanks have a shield that is vulnerable to Solar damage.

Shank (PL7) CR1/2. Medium Construct. HD:1d10+10. HP:15. Mas-. Init:. Speed: fly 30ft (Poor). Defense:, Touch , FF (+3Equip/+3Equip,+4Deflection [Ranged only]). BaB:+0. Grapl:+. Atk/Full Attack: -4ranged (3d8 RI 120ft Laser Sniper rifle, or 2d6 RI 70ft mini Grenade Launcher) or -8ranged (2d6 RI 50ft H&K MP5 Auto-fire). FS:5ftx5ft. R5ft. SQ: Construct Traits, . AL: Eliksni Clan. SV: Fort+0, Ref+0, Will+0. AP: N/A . Rep+0. Str15, Dex10, Con---, Int---, Wis10, Cha1. Skills: Disable Device+5, Listen+6, Repair+5, Spot+6. Feats: Alertness Equipment: Projectile Deflector, H&K MP5 w/Plasma Coated rounds and Auto-Loader gadget and 120 rounds, or Laser Sniper Rifle and Auto-Loader Gadget w/4x 50 round power cells, or Mini Grenade Launcher and Auto-Loader Gadget w/4 Dissolver Grenades, Fusion Torch and a Miniaturized basic Tool Kit. Purchase DC: 28($16,360) Restriction: Mil+3. Frame: Armature. Locomotion: Thrusters (Standard). Manipulators: Task Hands (x2) Armor: DuraPlastic. Sensors: Class 3. Skill Software: Skill Chip (Disable Device+4)Skill Chip (Spot+4), Skill Chip (Listen+4), Skill Chip (Repair+4) Feat Software: Feat Progit (Alertness) Accessories: Self Destruct Mechanism, Weapon Mount (w/1 of three weapon options), Tool Mount (Projectile Deflector), Internal Storage Bay (20lb limit)

Servitor

A Servitor is a spherical, mechanical Fallen class. Servitors can float in air and shoot purple Void blasts from their eye. A Servitor's weak point is the center of its eye. They provide the Fallen's life-sustaining ether and are treated as gods by the Fallen.

Living relics of the past Fallen civilization, Servitors are highly advanced machines that can process matter and energy into the Ether that all Fallen depend on for life. They can fulfill a support role on the battlefield, but also anchor Fallen communications networks and provide technological support.

Although Servitors fulfill a vital role in Fallen society, they are integrated in a complex way. Servitors are attached to a Prime Servitor, the largest and most powerful Servitor in a Fallen House. The Prime Servitor exists in an unclear symbiosis with a Fallen Archon, who works to convey the wishes of the House's Kell to the Prime Servitor. Some recent developments suggest that Prime Servitors play a key role in Fallen space flight.

In combat, Servitors act as support units to groups of Fallen, buffing up any nearby Fallen and raining powerful energy blasts from afar. They also have a tendency to teleport short distances to evade fire and throw off a players' aim, so careful tracking of them is necessary. Servitors are quite resilient as well, and tend to spin around to try to conceal their vulnerable eye.

Therefore, it is advised that a Servitor be the primary target in a group of Fallen, so that it can't buff up nearby units, and their powerful energy blasts don't cause any ranged grief.

Prime Servitor

Prime Servitors are a focus of worship and logistical activity within a Fallen House. They serve as part of House leadership alongside an Archon and a Kell.

Prime Servitors are viewed as gods within their respective Houses, due to the life sustaining Ether they produce. While they were once seen as beacons of hope for the Fallen people in the wake of the Whirlwind, they are now tools of control used by Kells. Servitors within each House are attached to their Prime, and possess unique programming from other Servitors connected to different Primes. Prime Servitors exist in an unclear symbiosis with Fallen Archons, who act as their caretakers and protectors. It is thought that Prime Servitors may play a key role in Fallen star flight. In some instances, a Prime can act as the leader of a House in the stead of Kell, however they depends on their Archon's to protect them and their ability to lead is weak.

Species Traits

Construct traits (Ex): Servitors have dark vision with a range of 60 feet. Servitors are immune to mind-influencing effects, poison, sleep, paralysis, stunning, disease, necromancy effects, and any effect that requires a Fortitude save unless the effect also works on objects or is harmless. They are not subject to critical hits, nonlethal damage, ability damage, ability drain, energy drain, or the effects of massive damage.  Servitors cannot heal damage on their own but can be repaired using the Repair skill. A successful Repair check (DC 30) heals 1d10 points of damage to a Servitor, and each check represents 1 hour of work. A Servitor reduced to 0 hit points is immediately destroyed and cannot be repaired and cannot be raised from the dead.

Ether Gathering (Su): As a full round action that provokes attacks of opportunity, a Servitor can begin drawing in ambient positive and negative energy as well as any previously released Ether and processing it into usable Ether that can be redistributed to other Eliksni. The total process takes 1 round per gallon of Ether produced and a Servitor can hold a gallon of Ether per Hit Die.

Healing Pulse (Su): Once every 1d6 rounds as a Full Round action, a Servitor can release a cloud of gathered Ether, All Eliksni, and Eliksni aligned Constructs/vehicles are healed for 1d10+the Servitor's HD worth of hit points, 1d4+1/2 Servitor's HD worth of Ability damage and receive a +2 Morale bonus to Attack Rolls and Saves for 1d4 rounds. A healing pulse uses up all Ether a Servitor has gathered, and it can not perform a healing pulse with an empty tank.

Communications Array (Ex): Servitors gain Read/Write and Speak Eliksni for free, Servitors have Built -in Radio and LASER Transceivers for communicating with Fallen ships and other Servitors.

Spell-Like Abilities (Su): Once per Round a Servitor can cast the following spells At Will/Mage Armor, Magic Missile (1st) Invisibility (2nd) Lightning Bolt (3rd) Dimension Door, Ice Storm (4th)  All spells are cast as a Mage of equal level to the Servitor's Hit Dice, saves are based on the Servitors Wisdom Score.

Skills (Ex): Servitors receive a number of skill points equal to their Wisdom Score.  Servitors treat Craft (Pharmaceutical), Computer Use, Hide, Listen, Move Silently, Navigate, Repair, Spot, Survival, and Treat Injury as “Class Skills”

Bonus Feats (Ex): Servitors Receive Alertness, Gear Head, Guide, Medical Expert And Stealthy as Bonus Feats

Servitor CR4. Medium Construct HD:5d10+10. HP37. Mas--. Init:+0. Spd 30ft fly (Perfect). Defense:15, Touch10, FF15(+5Nat). Bab+3. Grapl+4. Atk/Full Atk:+4melee(1d6+1 Slam) or +3ranged. FS:5ftx5ft. R:5ft. SQ: Construct traits, Ether Gathering, Healing Pulse, Communication Array, Spell Like Abilities. AL: Eliksni clan. Sv Frt+1, Ref+1, Wil+5. AP. Rep+0. Str12, Dex11,Con--, Int--, Wis18, Cha1.

Skills: Craft (Pharmaceutical)+4, Computer Use+4, Hide+4, Listen+7, Move Silently+4, Navigate+4,Read/Write/Speak (Eliksni+1 other), Repair+4, Spot+7, Survival+7, Treat Injury+7

Feats: Alertness, Gear Head, Guide, Medical Expert, Stealthy

Advancement: 6-8 (Large) 7-13 (Huge).

Prime CR12. Huge Construct HD:13d10+40. HP37. Mas--. Init:-1. Spd 30ft fly (Perfect). Defense:17, Touch7, FF17(-2size,-1dex, +10Nat). Bab+9. Grapl+26. Atk/Full Atk:+16melee(2d6+13 Slam) or +2ranged. FS:5ftx5ft. R:5ft. SQ: Construct traits, Ether Gathering, Healing Pulse, Communication Array, Spell Like Abilities. AL: Eliksni clan. Sv Frt+4, Ref+2, Wil+8. AP. Rep+0. Str28, Dex7,Con--, Int--, Wis18, Cha1.

Skills: Craft (Pharmaceutical)+4, Computer Use+4, Hide+4, Listen+7, Move Silently+4, Navigate+4,Read/Write/Speak (Eliksni+1 other), Repair+4, Spot+7, Survival+7, Treat Injury+7

Feats: Alertness, Gear Head, Guide, Medical Expert, Stealthy

Dreg

Unlike other classes of Fallen, Dregs possess only two arms to the usual four. Their lower standing within the Fallen heirarchy results in their loathing by other classes, which have the Dregs' second set of arms docked and prevented from developing until they have proven themselves worthy to become Vandals. Otherwise, they are similar to other Fallen classes, albeit seemingly smaller and sporting a large crest of hair.

Dregs usually carry Shock Daggers and Shock Pistols, occasionally using Shock Grenades, and rarely Shrapnel Launchers. They are undisciplined fighters, and will hiss and clatter, revealing their position. They seem to wear only light armor with little to no exo-atmospheric protection, and will melee at close ranges, though they aren't as strong as more elite Fallen variants.

Dregs can be seen riding Pikes.

Dregs are the lowest class of Fallen, but it appears that ranks are based on honor. Dregs have their arms removed as a sign of shame and disgrace, indicating that if they do not do well in battle, even a Captain can be downgraded to a mere Dreg. However, if the Dreg proves themselves worthy, they will be allowed to regrow their second pair of arms and work their way up through the ranks once more.

Most Dregs are cannon fodder and do not provide much in the way of resistance. However, what they lack in weaponry and skill, they make up for in numbers. A Guardian must take care to not be surrounded by too many, lest they be overwhelmed by sheer numbers. In addition, Dregs on Pikes should be considered a serious threat.  The House of Dusk also fields spear wielding Dregs called Wretches

“Common” Dreg CR1 Medium Monstrous Humanoid Tough Ordinary 3 HD: 3d10+6. HP22. Mas14. Init:+2. Spd 40ft. Defense:16, Touch14, FF14(+2dex,+2Class,+2Equip). Bab+2. Grapl+4. Atk/Full Atk:+4melee (1d4+2/19-20 Shock Dagger) or +4ranged (2d6 RI: 40ft Shock Pistol or 4d6 Shock Grenade). FS:5ftx5ft. R:5ft. SQ: Docked, Darkvision 60ft, Ether Dependence. AL: Eliksni Clan. Sv Frt+4, Ref+3, Wil+0. AP4. Rep+1.Str14, Dex15, Con14, Int10 Wis8, Cha6.

Occupation: Criminal (Hide, Move Silently)

Skills: Drive+6, Hide+6, Listen+1, Move Silently+6, Read/Write/Speak (Eliksni), Spot+1.

Feats: Alertness, Archaic Weapons Proficiency, Armor Proficiency (Light), Personal Firearms Proficiency, Simple Weapons Proficiency

Possessions: Shock Pistol w/1d4+1 power cells, Shock Dagger, 1d4-1 Shock grenades, Ether Tank and Breathing mask, Survival Armor, various gear and personal possessions.

“Elte” Dreg CR4. Medium Monstrous Humanoid Strong Hero2/Fast Hero2 HD: 4d8+8. HP29. Mas15. Init:+2. Spd 45ft. Defense:20, Touch18, FF18(+2dex,+6Class,+2Equip). Bab+3. Grapl+5. Atk/Full Atk:+5melee (1d4+3/19-20 Shock Dagger) or +6melee (1d6+3 Non-lethal slam), +5ranged (2d6 RI: 40ft Shock Pistol or 4d6 Shock Grenade). FS:5ftx5ft. R:5ft. SQ: Docked, Darkvision 60ft, Ether Dependence. AL: Eliksni Clan. Sv Frt+4, Ref+4, Wil-1. AP4. Rep+0.Str14, Dex15, Con15, Int10 Wis8, Cha6.

Occupation: Criminal (Hide, Move Silently)

Skills: Climb+4, Drive or Pilot+4, Hide+6, Jump+4, Listen+1, Move Silently+6, Read/Write/Speak (Eliksni), Spot+1.

Feats: Alien Weapons Proficiency, Archaic Weapons Proficiency, Armor Proficiency (Light), Brawl, Personal Firearms Proficiency, Stealthy, Simple Weapons Proficiency

Talents: Melee Smash, Increased Speed

Possessions: Shock Pistol w/1d4+1 power cells, Shock Dagger, 1d4-1 Shock grenades, Ether Tank and Breathing mask, Survival Armor, various gear and personal possessions.

Wretch CR4. Medium Monstrous Humanoid Strong Hero2/Fast Hero2 HD: 4d8+8. HP29. Mas15. Init:+2. Spd 45ft. Defense:20, Touch18, FF18(+2dex,+6Class,+2Equip). Bab+3. Grapl+5. Atk/Full Atk:+5melee (1d8+4/x3 Arc Spear) or +6melee (1d6+3 Non-lethal slam), +5ranged. FS:5ftx5ft. R:5ft. SQ: Docked, Darkvision 60ft, Ether Dependence. AL: Eliksni Clan. Sv Frt+4, Ref+4, Wil-1. AP4. Rep+0. Str14, Dex15, Con15, Int10 Wis8, Cha6.

Occupation: Criminal (Hide, Move Silently)

Skills: Climb+4, Drive or Pilot+4, Hide+6, Jump+4, Listen+1, Move Silently+6, Read/Write/Speak (Eliksni), Spot+1.

Feats: Alien Weapons Proficiency, Archaic Weapons Proficiency, Armor Proficiency (Light), Brawl, Personal Firearms Proficiency, Stealthy, Simple Weapons Proficiency

Talents: Melee Smash, Increased Speed

Possessions: Arc Spear, Ether Tank and Breathing mask, Survival Armor, various gear and personal possessions.

Vandal

Vandals are a six-limbed class of Fallen, having a higher ranking than Dregs, but lower than Captains. They bear heavier armor and more deadly weaponry than Dregs.

Vandals wield one of four types of weapons: Shock Rifles, mid-range weapons that fire bright blue homing projectiles; Wire Rifles, powerful sniper rifles that take time to charge; Shrapnel Launchers, which fire several projectiles at a time; or dual-wielded Shock Blades.

Stealth Vandals, variants of normal Vandals, can use a cloaking ability to render themselves nearly invisible.

When facing Vandals in combat, pay close attention to what weapons they carry; if they utilize Shock Rifles, treat them as most other trooper-level enemies, only being tougher in general, and remember to take cover from their homing projectiles. If they use Wire Rifles, then either close the distance to catch them off guard, or stay in cover and either wait for them to finish firing their weapons, or counter-sniping them before they get a chance to land a shot. If they use Shrapnel Launchers, keep a reasonable distance, for the launchers have poor accuracy and high spread. Finally, if they utilize Shock Blades, treat them as regular melee-oriented enemies and take them out from a distance.

With Stealth variants, the same tactics apply, but with extra caution being necessary, as their cloaking device makes tracking them more difficult, and they could sneak up on unwary players if given the chance.  The House of Dusk calls Vandals Marauders.

Common Vandal CR4. Medium Monstrous Humanoid Strong Hero2/Fast Hero2 HD: 4d8+8.HP29. Mas15. Init:+2. Spd 45ft. Defense:19/23, Touch18/22, FF17/21(+2dex,+6Class,+1Equip/+2dex,+6Class,+1Equip, +4 Deflect vs ranged). Bab+3. Grapl+5. Atk:+5ranged (4d6 RI30ft Shrapnel Launcher or 3d10 RI140ft Wire Rifle) or +7ranged (2d8/19-20 RI60ft Shock Rifle). Full Atk:+5melee(1d6+3 Rifle butt) and +0melee (1d8+1/19-20 2x Shock Blades).  FS:5ftx5ft. R:5ft. SQ: Darkvision 60ft, Ether Dependence, Four Armed. AL: Eliksni Clan. Sv Frt+4, Ref+4, Wil-1. AP4. Rep+0.Str14, Dex15, Con15, Int10 Wis8, Cha6.

Occupation: Criminal (Hide, Move Silently)

Skills: Climb+4, Drive or Pilot+4, Hide+6, Jump+4, Listen+1, Move Silently+6, Read/Write/Speak (Eliksni), Spot+1.

Feats: Alien Weapons Proficiency, Archaic Weapons Proficiency, Armor Proficiency (Light), Brawl, Personal Firearms Proficiency, Stealthy, Simple Weapons Proficiency

Talents: Melee Smash, Increased Speed

Possessions: Shock Rifle (12lb) w/3x 15 shot powercells or Wire Rifle (11lb) w/3x 5 shot powercells or Shrapnel Launcher (9lb) w/24 shells and 2x Shock Blades (4lb each), Silent Suit with Chameleonic Coating and Integrated Projectile Deflector, Breathing apparatus, various gear and personal possessions.

*Includes armor Modifiers

Elite Vandal CR6. Medium Monstrous Humanoid (Fallen) Fast Hero4/Street Warrior2. HD:4d8+8 plus 2d10+4. HP36. Mas15. Init:+3. Spd 30ft. (Base 40ft) Defense:21/24,Touch20,FF17/21(+3dex,+6Class,+1Equip +1Dodge vs Melee/+3dex, +6class, +1equip, +4Defelction against Ranged). Bab+5. Grapl+11. Atk:+8ranged (4d6 RI30ft Shrapnel Launcher or 3d10 RI140ft Wire Rifle) or +10ranged (2d8/19-20 RI60ft Shock Rifle). Full Atk:+3melee(1d6+3 Rifle butt) and +3melee (1d8+1/19-20 2x Shock Blades). FS:5ftx5ft. R:5ft. SQ: Darkvision 60ft, Ether Dependence, Four Armed, Urban Survival, Improvised Weapons. AL:Eliksni Clan. Sv Frt+6, Ref+5, Wil+0. AP:6. Rep+.Str15, Dex16,Con15, Int8 Wis9, Cha10.

Occupation: Law Enforcement (Intimidate, Listen)

Skills: Bluff+3, Climb+6, Hide+14*, Intimidate+3, Knowledge (Streetwise)+5, Listen+2, Move Silently+18*, Read/Write/Speak (Eliksni), Spot+2, Survival+2, Tumble+6

Feats: Archaic Weapons Proficiency, Armor Proficiency (Light), Brawl, Defensive Martial Arts, Multi-Weapon Fighting, Personal Firearms Proficiency, Simple Weapons Proficiency, Stealthy, Street Fighting

Talents:Evasion, Uncanny Dodge I

Possessions: Shock Rifle (12lb) w/3x 15 shot powercells or Wire Rifle (11lb) w/3x 5 shot powercells or Shrapnel Launcher (9lb) w/24 shells and 2x Shock Blades (4lb each), Silent Suit with Chameleonic Coating and Integrated Projectile Deflector, Breathing apparatus, various gear and personal possessions.

*Includes armor Modifiers

Captain

Captains are the tactical coordinators and leaders of individual Fallen combat groups. Captains serve exclusively as infantry field commanders, personally leading their subordinates into direct combat with the enemy. They are the most vicious member of their crew and receive the largest ration of Ether and the best gear.

Fallen Captains are extremely tough combatants. They favor either Shrapnel Launchers or Shock Rifles. Alternatively, they can dual-wield a pair of Shock Blades. They possess personal short-range teleportation systems as well as powerful Arc shields.

Captains are extremely aggressive. They lead by example, charging fearlessly into the fray and rallying their fellow Fallen around them. Though they will back off if their shield breaks or if they take heavy fire, Captains are otherwise fearless and will charge into the battle even if the odds are against them.

Captain CR9. Medium Monstrous Humanoid (Fallen) Strong Hero3/Charismatic Hero3/Field Officer3 HD: 6d8+6 plus 3d6+3. HP50. Mas12. Init:+0. Spd 30ft. (Base 40ft) Defense:,Touch,FF(+5Class,+5Equip). Bab+7. Grapl+12. Atk:+3/-2ranged (6d6 RI 300ft Molten Welder) or +7ranged (4d6 RI 30ft Shrapnel Launcher) or +9ranged (2d8 RI 60ft Shock Rifle). Full Atk:+4/-1melee(1d6+2 Rifle Butt) and -1melee (1d8+2/19-20 2x Shock Swords). FS:5ftx5ft. R:5ft. SQ: Darkvision 60ft, Ether Dependence, Four Armed, Leadership, Uncanny Survival. AL: Eliksni Clan. Sv Frt+6, Ref+4, Wil+6. AP:9. Rep+3. Str12, Dex11,Con12, Int12, Wis13, Cha13.

Occupation: Technician (Computer Use, Repair, Research)

Skills: Bluff+7, Climb+1*, Computer Use+3, Diplomacy+7, Gather Information+7, Intimidate+7, Knowledge (Tactic)+7, Listen+3, Read/Write/Speak (Eliksni plus 3 others),Repair+3, Research+3, Sense Motive+7, Spot+3.

Feats: Advanced Firearms Proficiency, Alertness, Archaic Weapons Proficiency, Armor Proficiency (Light, Medium), Combat Martial Arts, Multi-Weapon Fighting, Personal Firearms Proficiency, Point Blank Shot, Simple Weapons Proficiency.

Talents: Extreme Effort, Melee Smash, Coordinate, Inspiration

Possessions: Shock Rifle (12lb) w/3x 15 shot powercells or Shrapnel Launcher (9lb)w/24 shells or Molten Welder (36lb) w/2x 10 shot power cells, 2x Shock Swords (4lb each) Light Duty Vest, Personal Force Field (DR10/--), AutoPort device, Breathing Apparatus, various gear and personal possessions.

*Includes Armor Modifiers

Archon

An Archon or Archon Priest is the primary link between a House's Kell and its Prime Servitor.

Eliksni serving as high priests, Archons are revered among the Eliksni for their connections to the High Servitors. Outside of combat, Archons are tasked with mediating communications between the Kell of their houses and the High Servitors. They are almost always encountered armed with Shrapnel launchers and are extremely durable.

Archon CR10. Medium Monstrous Humanoid (Fallen) Dedicated Hero5 Acolyte5 HD:5d6 plus 5d8. HP42. Mas10. Init:+1. Spd 30ft (40base). Defense:19, Touch17,FF18(+1dex,+6Class,+2Equip). Bab+9. Grapl+15. Atk:+11melee(1d8+3/x3 Arc Spear) or +10ranged (4d6 RI;30ft Shrapnel Launcher). Full Atk:+11/+6melee(1d8+3/x Arc Spear). FS:5ftx5ft. R:5ft. SQ: Darkvision 60ft, Ether Dependence, Four Armed, Divine Spells, Turn/Rebuke Undead, Spontaneous Casting, Combat Casting. AL: Eliksni Clan, Good or Evil. Sv Frt+9, Ref+5, Wil+11. AP:10. Rep+5. Str14, Dex12, Con10, Int11, Wis14, Cha13.

Occupation: Celebrity (Diplomacy)

Skills: Climb+4, Concentration+6, Diplomacy+10, Handle Animal+4, Knowledge (Theology and Philosophy)+8, Listen+10, Read/Write/Speak (Eliksni plus One other), Sense Motive+10, Spell craft+6

Feats: Advanced Firearms Proficiency, Animal Affinity, Archaic Weapons Proficiency, Armor Proficiency (Light), Great Fortitude, Iron Will, Lightning Reflexes, Personal Firearms Proficiency, Point Blank Shot, Simple Weapons Proficiency.  

Talents: Healing Knack, Healing Touch 1 and 2.

Spells: (5/5/4/2): Typically Prepared Spells 0 (Mending and Resistance) 1(Cure or Inflict Light Wounds, Remove or Cause Fear, Bane or Bless and Shield of Faith), 2(Hold Person, Vampiric Touch, Summon Vivilor 3), 3(Bestow or Remove Curse)

Possessions: Shrapnel Launcher (9lb)w/24 shells, Arc Spear (8lb), Personal Force Field (DR10/--), AutoPort device, Medium Combat Armor (Non Proficient), Breathing Apparatus, various gear and personal possessions.

High Archon CR15 Large Monstrous Humanoid (Fallen) Dedicated Hero5 Acolyte5 HD:5d6+5 plus 10d8+10. HP80. Mas12. Init:+0. Spd 30ft (40base). Defense:21/25,Touch15/19, FF21/25(-1size, +6Class,+4Equip, +2 Natural/-1size, +6Class,+4Equip, +2 Natural +4 Deflection vs Ranged). Bab+14. Grapl+24. Atk:+19melee(1d8+9/x3 Arc Spear) or +13ranged (4d6 RI;30ft Shrapnel Launcher). Full Atk:+19/+14/+9melee(1d8+9/x Arc Spear) and +9melee (1d4+3 2 slams). FS:10ftx10ft. R:10ft. SQ: Darkvision 60ft, Ether Dependence, Four Armed, Divine Spells, Turn/Rebuke Undead, Spontaneous Casting, Combat Casting, 5 levels of Fallen. AL: Eliksni Clan, Good or Evil. Sv Frt+14, Ref+7, Wil+15. AP:10. Rep+5. Str22, Dex11, Con12, Int11, Wis14, Cha13.

Occupation: Celebrity (Diplomacy)

Skills: Climb+10, Concentration+6, Diplomacy+10, Handle Animal+4, Hide-4, Intimidate+7, Knowledge (Theology and Philosophy)+8, Listen+10, Read/Write/Speak (Eliksni plus One other), Sense Motive+10, Spell craft+6

Feats: Advanced Firearms Proficiency, Animal Affinity, Archaic Weapons Proficiency, Armor Proficiency (Light), Great Fortitude, Iron Will, Lightning Reflexes, Personal Firearms Proficiency, Point Blank Shot, Simple Weapons Proficiency.  

Talents: Healing Knack, Healing Touch 1 and 2.

Spells: (5/5/4/2): Typically Prepared Spells 0 (Mending and Resistance) 1(Cure or Inflict Light Wounds, Remove or Cause Fear, Bane or Bless and Shield of Faith), 2(Hold Person, Vampiric Touch, Summon Vivilor 3), 3(Bestow or Remove Curse)

Possessions: Shrapnel Launcher (9lb)w/24 shells, Arc Spear (8lb), Personal Force Field (DR10/--), Projectile Deflector, AutoPort device, Medium Combat Armor, Breathing Apparatus, various gear and personal possessions.

Baron

"They don't crawl out of their Skiffs too often."—Ghost

Barons are high-ranking Fallen who command one or more Skiffs or Ketches and their respective crews. They outrank Captains, who only lead a crew of Fallen, but are subservient to their House's Archon, Kell, and Prime Servitor. A House's Kell allows his Barons to take some of the largest shares of ether, allowing them to grow to several times the height of a lowly Dreg.

Barons are a variant of the standard Fallen Captain. While they lack any unique weapons or abilities, Barons possess stronger shields and can usually be found guarding an important objective or leading a Fallen assault in story missions and strikes.

Baron CR14. Monstrous Humanoid (Fallen) Strong Hero3/Charismatic Hero3/Field Officer3 HD: 11d8+33 plus 3d6+9. HP105. Mas16. Init:+0. Spd 30ft. (Base 40ft) Defense:21/25,Touch14, FF21/25(-1sz, +5Class, +5Equip,+2Nat/+4 Deflection vs Ranged). Bab+12. Grapl+13. Atk:+7ranged (6d6 RI 300ft Molten Welder) or +11ranged (4d6 RI 30ft Shrapnel Launcher) or +13ranged (2d8 RI 60ft Shock Rifle). Full Atk:+12/+7/+2melee(1d6+2 Rifle Butt) and +12melee (1d8+2/19-20 2x Shock Swords) and +6melee (1d4+2 2x Stomps). FS:10ftx10ft. R:10ft. SQ: Darkvision 60ft, Ether Dependence, Four Armed, Leadership, Uncanny Survival, 5 levels of Fallen. AL: Eliksni Clan. Sv Frt+9, Ref+8, Wil+10. AP:9. Rep+3. Str20, Dex10,Con16, Int12, Wis13, Cha13.

Occupation: Technician (Computer Use, Repair, Research)

Skills: Bluff+7, Climb+(-4armor)*,Computer Use+3, Diplomacy+7, Gather Information+7, Intimidate+7, Knowledge (Tactic)+7, Listen+3, Pilot+5, Read/Write/Speak (Eliksni plus 3 others),Repair+3, Research+3, Sense Motive+7, Spot+3.

Feats: Advanced Firearms Proficiency, Alertness, Archaic Weapons Proficiency, Armor Proficiency (Light, Medium), Combat Martial Arts, Far shot, Multi-Weapon Fighting, Personal Firearms Proficiency, Point Blank Shot, Simple Weapons Proficiency.

Talents: Extreme Effort, Melee Smash, Coordinate, Inspiration

Possessions: Shock Rifle (12lb) w/3x 15 shot powercells or Shrapnel Launcher (9lb)w/24 shells or Molten Welder (36lb) w/2x 10 shot power cells, 2x Shock Swords (4lb each) Light Duty Vest, Personal Force Field (DR10/--), Projectile Deflector, Breathing Apparatus, various gear and personal possessions.

*Includes Armor Modifier

Kell

A Kell is a leader of the Fallen. Fallen Houses tend to collapse and turn against each other if the Kell falls, but nobles of Houses can rise to power and replace former Kells.

The Kells serve as part of the triumvirate leadership of a Fallen House and are like Archons in that they are large and powerful, and that their loss weakens their house. If a Kell dies, the House is vulnerable to infighting amongst the Houses Barons and nobility.

Since Fallen do not take the loss of leaders lightly, the position of Kellship is highly important to a Fallen Houses stability and should the Kell fall, the Houses become subject to civil war between bitter rivals within the houses nobility. For example, during the Reef Wars the House of Wolves fell into a civil war after their previous Kell, Virixas was killed and three rival contenders emerged and fought each other to take his place. Only the most powerful contender or when all opposition is gone can someone assume control.

While it is possible that a House can still function without a Kell, as an Archon can assume command, their loss severely weakens a house and demoralizes its forces. For this reason, Kells are a prime target for enemy forces.

Kell CR20. Huge Monstrous Humanoid (Fallen) Tough Hero4/Hellix Warrior 6 HD:10d10+60 plus 10d8+60. HP224. Mas22. Init:-1. Spd 30ft (40 base). Defense:28/32,Touch14/18,FF28/32(-2size,+6Class,+9Equip,+5Nat/-2size,+6Class,+9Equip,+5Nat, +4Deflect vs ranged). Bab+19. Grapl+37. Atk:+21ranged (10d6 Elect Range; 200ft M-70 Rocket Launcher). Full Atk:+23/17/11/7melee(1d6+15 Rifle butt) and +23melee (2d6+5/19-20 2 Great swords) and +11melee (2 Stomps 1d6+5) or +21/16/11/6ranged(8d6 Ball/Fire RI; 60ft T-95 Chain gun). FS:15ftx15ft. R:10ft. SQ: Darkvision 90ft, Ether Dependence, Four Armed, Haul, Light Sleeper, Survivor, Strong as an Ox, Superior Conditioning,10 levels of Fallen. AL: Eliksni Clan. Sv Frt+16, Ref+8, Wil+11. AP:15. Rep+3.Str30 (+10), Dex11, Con22 (+6), Int8, Wis10, Cha16.

Occupation: White Collar (Computer Use, Diplomacy)

Skills: Climb+14*, Hide-9*Intimidate+13, Knowledge (Tactics)+2, Read/Write/Speak (Eliksni)

Feats: Advanced Firearms Proficiency, Archaic Weapons Proficiency, Armor Proficiency (Light/Medium/Heavy), Double Tap, Endurance, Frightful Presence, Great Fortitude, Leadership, Lightning Reflexes, Mecha Weapons Proficiency, Multi Weapon Fighting, Personal Firearms Proficiency, Point Blank Shot, Power Attack, Simple Weapons Proficiency.

Talents: Remain Conscious, Second Wind.

Possessions: +3 Master-craft T-95 Cavalcade Chain gun w/200 Plasma Coated Seeker rounds and Integrated M-70 EMP Rocket Launcher w/6 rockets (115lb), 2 Great Swords, Ether tank plus Breathing Apparatus, Huge suit of +1 Master-craft Plate mail, Breathing Apparatus, Personal Force Field (DR10/---), Projectile Deflector, AutoPort, Various Gear and personal possessions.

*Includes armor penalty

Fallen Weapons Range                                    PDC/

Weapons Dmg Type       Crit   Inc   RoF  Mag      Wght  SZ Res

Shock Dagger 1d4  Slash/Elec 19-20 --- ---     ---   2lb Small       14/lic

Shock Blade 1d8  Slash/Elec 19-20 --- ---     ---   4lb Medium   16/lic

Arc Spear 1d8  Pierce/Elec x3      --- ---     ---         8lb Large     17/lic

Shock Pistol 2d6   Electric     20 40ft S      10(cell) 1.5lb         Small      21/lic

Shock Rifle 2d8   Electric     19-20  60ft            Sin    15(cell) 12lb        Large      27/res

Shrapnel Launcher 4d6   Ball/Fire    x3       30ft Sin    8(Int)    9lb          Large      23/res

Wire Rifle 3d10 Electric     20       140ft           Sin    5(cell) 11lb  Large      24/res

Shock Grenade 4d6   Electric     --- 20ft ---      ---   1.5lb  Tiny      15/mil

Web Mine Special ---        ---       ----              ---      ---      4lb            Small       21/mil

Scorch Cannon 6d6     Fire       N/A     300ft Sin     10(cell) 36lb       Huge        29/mil

Shock Dagger

D20 Rules: requires the Archaic Weapons Proficiency feat to use with out penalty

Shock Blade

D20 Rules: requires the Archaic Weapons Proficiency feat to use with out penalty

Arc Spear

D20 Rules: requires the Archaic Weapons Proficiency feat to use with out penalty

Shock Pistol

D20 rules: Requires the Personal Firearms Proficiency Feat to operate without penalty

Shock Rifle

D20 Rules: Battery Fire (+2 Attack expends 3 Bolts per shot), Target-Lock (+4 Attack, Move action to acquire target), Charge time (Must build a charge before it fires, charging is a Move Action), requires the Personal Firearms Proficiency Feat to use without penalty

Shrapnel Launcher

D20 Rules: An attack from a Shrapnel Launcher loses 1 damage die per range increment after the first (4d6 at one increment, 3d6 at two increment, ect) at the third and fourth increments, any creature/object adjacent to the intended target must make a DC 15 Reflex save or take equal damage.  Requires the Personal Firearms Proficiency Feat to use without penalty.

Wire Rifle

D20 Rules: Charge time (Must build a charge before it fires, charging is a Move Action), Integrated Scope (+70ft Range Increment, Move Action to acquire target).  Requires the Personal Firearms Proficiency Feat to use without penalty.

Shock Grenade

D20 Rules: Burst 15ft, Ref 17, can stick to targets (DC22 Strength check to remove), detonates 1 round after being thrown.

Web Mine

D20 Rules: Burst Radius 20ft, everything caught in the blast must make a DC 17 Fort save or be effected as if by a Slow Spell and suffer a -4 circumstance penalty to Drive, Pilot and spot checks and Ranged attack rolls.  Planted with a Demolitions check, detonates when a hostile creature/vehicle passes within 10ft.  The Effects of a Web Mine last for 1d6+2 rounds once detonated.

Scorch Cannon

D20 Rules: Scorch Cannons require the Exotic Firearms Proficiency (Rocket Launcher) Feat to operate without Penalty, Burst Radius 20ft (Ref 17 for half damage), can be fired in direct or remote detonation mode. In Remote detonation mode the shooter makes a Ranged touch attack at their highest Ranged Attack bonus -4.  On a successful attack, the “Projectile” clings to the target but, does not detonate and can be detonated by the shooter at any time as a move action.  As a Full Round Action, the shot can be removed with a successful Strength Check (or Escape artist if clinging to a living creature)equal to 5+the total attack roll.  For each round the “Projectile” is left in place it builds “Charge” (+1d6 damage, +5ft Radius +1 Ref) if the  shooter does not detonate the shot themselves, it will auto-detonate after 1d4+2 rounds (determined when the shot is fired)

The stats for a Scorch Cannon can also be used to represent a Shock Cannon (Damage type changes to Electric), a Null Cannon (Damage Type changes to Negative Energy, Increases magazine capacity to 30 [Int], Can not be reloaded, PDC+4), or the Molten Welder (PDC-2, can not use remote Detonation RoF changes to Semi)

Fallen Vehicles

Pike

Crew: 1  Pass: 0 Cargo: 500lb Init: -1 Maneuver: +1 Top Speed: 175 (18). Defense: 8 Hard: 15  HP: 45 Size: H PDC: 44 Res: Mil (+3) Face: 5/3 Armament: 2 Fire-linked Arc Cannons (Forward). Bonuses: None.

Equipment: -Fire-linked Arc Cannon: Damage: 6d6 (4d6 un-linked) Damage Type: Electric. Critical: 20. Range Increment: 150feet. Rate of Fire: S,A. Magazine: Cell (Infinite as long as the Pike is operational). Size: huge . Weight:150lb (70lb per weapon +10lb for mount). Purchase DC:  Restriction: Mil+3. Special: When Linked together the Arc Cannons expend 2 rounds on a single shot attack, 20 rounds for an auto fire attack and 10 rounds on a burst-fire attack, in a single weapon configuration its Fire mode is normal.  If a Fire-linked cannon is used as an independent weapon from the vehicle, its magazine capacity changes to 400(cell) (200 shots per weapon)

-Engine Boost: +250ft (+50/5 squares) per round, duration 2 rounds, must cool down for 1d4+1 rounds between uses.

-Hovercraft: Can ignore terrain effects.

-Armored Windshield: Hardness 5, 5HP

-Electronics suite: +2 equipment bonus to Spot, Search and Navigate checks.

-Comms Array: Functions as a professional radio with a range of 100miles.

Fallen Walker (PL7)

Size:Gargantuan, Quadrupedal(-4size) HP: 400 Super Structure: Duralloy Hardness: 15 Armor: Duralloy Defense:+8 Penalty: -8 Reach: 15feet Strength:+24 Dexterity: -2 Speed: 40feet Purchase DC: 49 ($6,744,700) Equipment Package: Crew: Cockpit (Torso x2), Shank Hanger w/3d4 Shanks (Back x2), Spider Leg (+2 Legs), Fusion Power Core (+1 Shoulder Slot, +1 Helmet Slot), Laser Painter (Helmet), Integrated AI (Cranium),Oracle MkV Targeting System (Helmet), Class V Sensor Array (Visor), Comm System

Defenses: LX-20 Anti-Shock Array (Belt), 24 Hours Life Support (Right Leg)

Weapons: PNK Puma Pop-Up Turret With Auto Fire Module (Helmet), Hunter Laser guided Missile Launcher w/6 missiles (Shoulder x2), Typhoon 240 Laser Cannon (Shoulder, Right arm), Shock Grenade Dispenser w/40 grenades (Left Leg x2), M-70 EMP Rocket Launcher w/12 missiles (Right Arm, Right Leg)

Shock Grenade Dispenser (PL7)

A special device used to scatter Fallen Shock grenades.  As a Full Round Action, the pilot/gunner/on-board AI can order the Dispenser to deploy a shock grenade into each outer 5ft square within the Mecha's Fighting space.  Unlike a normal Shock Grenade the dispensed grenades will only detonate when a hostile creature/vehicle passes within 5feet.

Damage: 4d6 per grenade

Weight: 75lb

RoF: N/A

Slots: 1 per Dispenser w/20 grenades, plus 1 per additional 20 grenade bundle

Activation: Full Round Action

Range Increment: N/A

Target: Targets Fighting Space

Duration:Instant

Saving Throw: Ref17  Burst 15ft per grenade

Purchase DC:  24 for weapon,  19per  20 grenade bundle

Restriction: Illegal+4

Shank Command Bay (PL7)

A specialized hangar bay designed to hold and deploy Shanks.  Each hangar can hold upto 12 Shanks and can deploy upto 3 of them as a Move Action

Slots: 2, must be Back or Shoulders

Activation: Move Action

Range: Personal

Target: You

Duration: Instantaneous

Saving Throw: None

Purchase DC: 27

Restriction: Illegal+4

Fallen Skiff (PL 7)

Type: Ultralight Size: Colossal (-8size)

Subtype: Fast Freighter , Junker Tactical Speed: 3,000 Ft ( 6Sq)

Defense:  7                     Length: 110ft

   Flat Footed Def: 5 Weight  450Tons

  Autopilot Def: 5 Targeting Bonus +3

Hardness: 20 Crew:  4 (Trained +4)

Hit Dice: 11d20 (220hp) Passengers: 204

Initiative Mod +4 Cargo:  199Tons

Pilot’s Class bonus +3 Grapple: +16

Pilot’s Dex Mod +2 PDC:   52

Gunner’s Atk +2 Restriction:  Restricted(+2)

Attacks:

  -3 Ranged (9d8 RI 3000ft Fire-Linked Lasers)            

Attack of Opportunity:

  Deploy Shock mines

Standard PL Design Specs: Power Plant: Fission Generator

Engines: Ion Engines, Thrusters

FTL Drive/After burners: N/A Super Structure/Armor: Alloy Plating Defenses: Auto-Pilot, Damage Control (1d10), Light Fortification (25% chance to negate critical hits) Sensors: Class I Sensor System, Targeting System Communications: Laser Transceiver, Radio Transceiver Weapons: Two Fire-linked Lasers, Bouncing Mine Bay (4 Grenade Bundles)

Grapplers: Grapplers

Hangar: 2d12 Shank Combat Drones

Ground Vehicles: Can carry 1 under slung Fallen Walker (-125 tons cargo capacity) or 1d6 Fallen Pikes (-16 tons per Pike)

Transporters: N/A

Starship Weapons                    Range                  Minimum

Weapon Name   Damage Crit Type Increment RoF Ship SZ   PDC/Res

Bouncing Mine Bay 6d6 N/A Electric N/A Single       Colossal    24/Mil+3*

*Purchase DC 21 for replacement mine bundles

Bouncing Mine Bay

A special device used to scatter Fallen Shock grenades.  As a Full Round Action, the pilot/gunner/on-board AI can order the bay to Dispense a shock grenade into each 5ft square directly under the space craft.  Unlike a normal Shock Grenade the dispensed grenades will only detonate when a hostile creature/vehicle passes within 5feet.  Unlike most weapons, the Bouncing Mine does not take up a Weapon slot but, consumes 100 tons of cargo space, the Bay can hold upto 4 bundles of grenades at a time.

Fallen Ketch (PL 7)

Type: Heavy Size: Colossal (-8size)

Subtype: Battle Cruiser, Junker Tactical Speed: 3,500 Ft ( 7Sq)

Defense: 11                       Length: 1,360ft

   Flat Footed Def: 7 Weight  140,000Tons

  Autopilot Def: 7 Targeting Bonus +5

Hardness: 20 Crew: 320  (Expert+8)

Hit Dice: 445d20 (8,900 hp) Passengers: 960

Initiative Mod +6 Cargo:  40,996Tons

Pilot’s Class bonus +5 Grapple: +16

Pilot’s Dex Mod +4 PDC:   72

Gunner’s Atk +4 Restriction: Military (+3)

Attacks:

        2 fire-linked Lasers +1 ranged (9d8 Range Increment; 3000ft) and 1 battery of 3 plasma missiles –2 ranged (18d8/18–20)

Attack of Opportunity:

Point-defense +5 ranged (4d12×10)

Standard PL Design Specs: Power Plant: Mass Reactor

Engines: Particle Impulse Engines, Thrusters

FTL Drive/After burners: N/A Super Structure/Armor: Alloy Plating Defenses: 1 chaff launcher (8 chaff bundles), 1 decoy drone launcher (4 drones), improved autopilot, improved damage control (5d10), Light Fortification (25% chance to Negate Critical Hits), radiation shielding, self-destruct system (4d6x10) Sensors: Class III Sensor Array, Improved Targeting System Communications: Laser Transceiver, Radio Transceiver Weapons: 2 Fire-linked Lasers, Battery of 3 Plasma Missile launchers (16 missiles each), 1 minelayer (50 gravitic mines with displacers, magnetic fields, and particle fields; 10d10×10 damage)

Grapplers: Tractor Beam Emitter

Hangar: 24 Gargantuan Ultra Light space craft, 6 Fallen Skiffs or other colossal Ultra Lights

Ground Vehicles: 2d12 Fallen Walkers (-125 tons of cargo space per Walker), and 6d12 Fallen Pikes (-16 Tons of cargo space per Pike)

Transporters: N/A

[metiresearchinfo]

TOP 10 COMPNIES IN VCSEL MARKET

The VCSELs Market is expected to grow at a CAGR of 26.5% from 2022 to 2029 to reach USD $5.76 billion by 2029 from an estimated USD 1,110.2 million in 2022.

The growth of this market is mainly driven by the increasing utilization of VCSELs in 3D sensing applications and the rising adoption of VCSEL arrays among data centers. However, VCSELs’ lack of long-distance transmission capabilities is expected to restrain the growth of this market. The growing application of VCSELs in vehicle automation and the increasing use of VCSELs in 5G technology are expected to create growth opportunities for the players operating in the VCSELs market. Additionally, scalability issues are expected to remain a major challenge for market growth.

Here are the top 10 companies operating in VCSELs market

Lumentum Holdings Inc.

Lumentum Holdings Inc. is a manufacturer of innovative optical and photonic products for optical networking and commercial laser clients globally. The company operates through two reportable business segments, OpComms, and Lasers. The OpComms business segment caters to the telecom, datacom, consumer, and industrial markets. The company provides multi-Junction VCSEL arrays under its OpComms business segment for consumer and industrial markets. The company’s customers include Alphabet, Apple, Ciena, Cisco Systems, Huawei Technologies, Infinera, Innolight, Nokia Networks, O-Net, and ZTE. The Lasers segment offers products for sheet metal processing, general manufacturing, biotechnology, graphics and imaging, remote sensing, and precision machining applications such as drilling in printed circuit boards, wafer singulation, glass cutting, and solar cell scribing. Lasers segment customers include Amada, ASML Holding, Beckman Coulter, DISCO, Electro Scientific Industries, Han’s Laser Technology, KLA-Tencor, Lasertec, Life Technologies, and NR Electric.

The company has a geographical presence in the Americas, Asia-Pacific, and EMEA. The subsidiaries of the company include Oclaro Inc. (U.S.), Lumentum K.K (Japan), and Lumentum Netherlands B.V (Netherlands). As of June 2021, Lumentum Holdings Inc. had approximately 5,618 full-time employees globally. The company has U.S. 950 patents and 865 foreign patents with expiration dates ranging from July 2021 to December 2040. Lumentum has 580 patent applications pending globally.

ams AG

ams AG designs and manufactures high-performance sensor solutions for applications requiring the highest miniaturization, integration, accuracy, sensitivity, and lower power. The company’s products consist of sensor solutions, sensor ICs, interfaces, and related software for mobile, consumer, communications, industrial, medical, and automotive markets.

The company operates through three business segments: Consumer, Non-consumer, and Foundry. The consumer segment offers products and sensors for the mobile, consumer, and communication markets. The Non-consumer segment offers products and sensors for the industrial, medical, and automotive markets. Under the Foundry segment, the company manufactures analog/mixed-signal ICs based on its customers’ designs. Some of the company’s subsidiaries are Osram (Germany), acam-messelectronic gmbh (Austria), and Princeton Optronics, Inc. (Austria). The company has its geographical presence in EMEA, the Americas, Asia-Pacific, and other regions.

TRUMPF GmbH + Co. KG            

TRUMPF GmbH + Co. KG provides manufacturing solutions for machine tools, laser technology, and electronics. The company offers sensor solutions, sensor ICs, interfaces, and related software for mobile, consumer, communications, industrial, medical, and automotive markets. The company has production facilities in Europe (Austria, the Czech Republic, France, Germany, Italy, Poland, Switzerland, and the U.K.), the Americas (Mexico and the U.S.), and Asia-Pacific (China).

The company operates through two business segments: Machine Tools and Laser Technology. The company has 76 subsidiaries that operate in Europe, the Americas, and Asia-Pacific. Some of its subsidiaries are TRUMPF Ltd. (Thailand) SPI Lasers (U.S.), XETICS GmbH (Germany), AMPHOS GmbH (Germany), and TRUMPF International Beteiligungs-GmbH (Ditzingen). As of 2021, the company had a headcount of 14,767 employees worldwide.

II-VI Incorporated          

II-VI Incorporated develops innovative products for diversified applications in the industrial, optical communications, aerospace & defense, life sciences, semiconductor capital equipment, and consumer markets. The company offers a wide range of application-specific photonic and electronic materials and components, uses them in many forms, and integrates them with advanced software to support customers.

The company operates through two business segments: Photonic Solutions and Compound Semiconductors. The company has several subsidiaries and a strong distribution network in the United States, Hong Kong, Japan, China, Germany, Switzerland, Vietnam, Korea, Singapore, the Philippines, the United Kingdom, Taiwan, Belgium, and Italy. Some of its subsidiaries are Finisar Corporation (U.S.), ANADIGICS INC (U.S.), Innovion Corp (U.S.), II-VI Deutschland GmbH (Germany), and Allied Rising Investment Limited (Hong Kong). As of June 2021, the company had a headcount of 22,961 employees worldwide.

Broadcom Inc.  

Broadcom Inc. is a multinational technology company that designs, develops, and supplies a wide range of semiconductor and infrastructure solutions. There has been a change in the company’s reportable segments from November 2020. The company changed its structure, resulting in two reportable segments: Semiconductor Solutions and Infrastructure Software. The company provides its VCSELs solutions under the Semiconductor Solutions segment. The Infrastructure Software segment includes mainframe, BizOps, cybersecurity software solutions, and the FC SAN business. The company makes semiconductor devices and focuses on complex digital and mixed digital metal oxide semiconductor-based devices and analog III-V-based products. The Semiconductor Solutions segment offers electronic components, digital and mixed-signal products, transistors, optoelectronics, and other components for enterprise and data center networking, home connectivity, set-top boxes, broadband access, telecommunication equipment, smartphones and base stations, and data center servers, among others. The Infrastructure Software segment offers a cybersecurity solutions portfolio, including endpoint, network, information, and identity security solutions.

Meticulous Research in its latest publication on global VCSEL Market has predicted the growth of 26.5% during the forecast year 2022 to 2029.

The company has its geographical presence in North America, Asia-Pacific, Europe, and the Middle East & Africa. As of November 2021, Broadcom had approximately 20,000 employees globally. The subsidiaries of the company are Broadcom Corporation (U.S.), CA, Inc. (U.S.), Brocade Communications Systems, Inc. (U.S.), and LSI Corporation (U.S.), among others.

IQE plc

IQE plc offers advanced wafer products and wafer services to the semiconductor industry. The company is a gallium nitride (GaN) epitaxial wafers supplier for RF, RF power, and power applications. The company operates through three segments: Wireless, Photonics, and CMOS++. With a strong distribution network, the company has its geographical presence in the Americas, Europe, Middle East & Africa (EMEA), and Asia-Pacific.

Some of its subsidiaries are Wafer Technology Ltd. (U.K.), IQE Silicon Compounds Limited (U.K.), IQE Taiwan Corporation (U.K.), MBE Technology Pte Ltd (Singapore). As of 2020, the company had a headcount of 658 employees and has over 200 granted patents.

Inneos LLC          

Inneos LLC specializes in high-quality, high-reliability optics for medical, aerospace & defense, industrial, and automotive applications. The company offers several technologies such as Lasers and CWDM Optics. Inneos merged with Zephyr Photonics in 2017. Zephyr Photonics is a U.S.-based research and development company specializing in highly robust VCSEL lasers and active optical cables (AOC) for military, aeronautical, and space applications. This merger helped Inneos with deep technical expertise in CWDM optics, robust VCSELs, video transmission, and government security and quality certifications.

The OEM partners of Inneos LLC are Broadata Communications, Inc., Foreseeson, FSN Medical Technologies, Hall Research, Lightware Visual Engineering, and OPHIT, among others. Inneos LLC has many distributors and retailers such as Magnolia, Future Ready Solutions, Cleerline Technology, and Frontline Sales and Marketing.

Leonardo S.p.A

Leonardo S.p.A is one of the important organizations in the aerospace, defense, and security space. The company is a global solutions provider and a trusted partner of choice for governments, institutions, and business customers. The company operates through three business segments: Helicopters; Defence, Electronics, and Security; and Aeronautics. VCSELs are offered under the Defence, Electronics, and Security segment, with two subsegments: Airborne and Space Systems.

The company has its geographical presence in the United Kingdom, the rest of Europe, Italy, the U.S., and the rest of the world. Some of its subsidiaries are MBDA (France), Selex ES (Italy), ATR (France), and Leonardo DRS (U.S.). As of 2020, the company had a headcount of 49,882 employees worldwide.

Photonwares Co.            

Photonwares manufactures VCSELs under its subsidiary Agiltron Inc. Photonwares is the manufacturer and developer of new material platform-based components and systems. The company provides all-optical switches, variable optical attenuators, high-power optical components, optical polarization & time controls, PbS/PbSe infrared detectors, fiber lasers, novel MEMS devices, carbon fiber nanodevices, and Raman spectrometers. Photonwares offers a variety of fiber pigtailed VCSELs in ready-to-use fiber pigtail coupled packages.

Santec Corporation

Santec Corporation is a global photonics company specializing in micro optics, advanced optical devices, tunable lasers, and optical test & measurement. The company operates its business through its business units: Optical Instruments, Optical Components, Optical Imaging & Sensing, and Medical Devices. The company has its geographical presence across U.S., Europe, and China. The subsidiaries of the company include SANTEC USA CORPORATION (NJ, USA), SANTEC Europe Ltd. (London, U.K.), and SANTEC Shanghai (China). As of 31 March 2021, the company had a headcount of 203 employees.

Popular Mentions: Teledyne FLIR LLC, Thorlabs, Inc., TT Electronics plc, VERTILAS GmbH, and Vertilite Co., Ltd

Amidst this crisis, Meticulous Research® is continuously assessing the impact of the COVID-19 pandemic on various sub-markets and enables global organizations to strategize for the post-COVID-19 world and sustain their growth. Let us know if you would like to assess the impact of COVID-19 on this industry with Research Report Sample

Authoritative Research on the VCSEL Market – Global Opportunity Analysis and Industry Forecast (2022-2029)

Need more information? Meticulous Research®’s new report covers each of these companies in much more detail, providing analysis on the following:

Recent financial performance

Key products

Significant company strategies

Partnerships and acquisitions

Impact of Covid 19

The Comprehensive report provides global market size estimates, market share analysis, revenue numbers, and coverage of key issues and trends.

Please download report pages and learn more: https://www.meticulousresearch.com/download-sample-report/cp_id=5166

[cliantechsolutions]

Waterless Solar Cell Laser cutter NDC – Cliantech Solutions

Waterless Solar Cell Laser cutter NDC with waterless process is safe, eco-friendly, and fast. Process takes less than one second for cutting. The machine has many other applications like opening a hole in a material, engraving text and pictures on an object.     

[laserod]

All That You Wanted To Know About Laser Drilling

High speeds and high versatility are the main benefits of laser micromachining when it comes to drilling and making holes. Micro-drilling has two distinct laser processes as with cutting: fusion drilling with pulsed lasers and additional gas support - and vaporization-induced melt ejection, such as with q-switched solid-state lasers. By choosing the proper wavelength and power density of the laser beam, almost all solid materials such as metals, semiconductors, plastics, ceramics, diamonds, etc. can be laser-drilled.

Various Methods for Laser Drilling

For selective roughening of surfaces for gluing and coating processes, pulse drilling of holes at a depth of some microns is used. Single-pulse methods may be used for through holes in small workpiece thicknesses.

For thicker materials, percussion drilling is the first option and can be accomplished by applying several laser pulses with the appropriate depth. A combined drilling-cutting method or the multi-pass method is used for trepanning drilling for large diameters.

Laser drilling of silicon wafers by Laserod creates virtually no micro cracks or edge melting that could weaken the cell during further processing. Contacted solar cells on the rear side expand the solar-active surface and thereby cell output. Current through-plating technologies include the trepanning of some hundreds of holes with a diameter of up to 500 μm (MWT technology) or percussion drilling of many thousands of 65 μm (EWT technology) holes in each cell.

The EWT technology can achieve throughput levels of 4,000 holes/sec during this time-critical processing stage and the MWT system can achieve up to 100 holes/sec. Laserod Technologies offers some of the best lasers cutting services in California and also specializes in drilling holes small to large by the laser drilling methods of percussion and trepanning.

Laserod Technologies is one of the industry’s commanding experts in laser micromachining of polymers & other substrates for microscale applications. Our high pulse femtosecond and picosecond laser micromachining are uniquely suited for microscale-polymer machining for many applications. For all kinds of grooving, slotting, or scribing of thin materials, metals, and polymers, contact Laserod today at 1-888-991-9916 / 1-310-340-1343 for projects and inquiries!

[akashthings]

Global Solar Cells and Modules Market -Industry Analysis, Size, Share, Growth, Trends and Forecast 2020 - 2025

A new market study, “ Global Solar Cells and Modules Market -Industry Analysis, Size, Share, Growth, Trends and Forecast 2020 - 2025 has been featured on WiseGuyReports.

Market Overview

The global Solar Cells and Modules market size is expected to gain market growth in the forecast period of 2020 to 2025, with a CAGR of 1.8% in the forecast period of 2020 to 2025 and will expected to reach USD 48190 million by 2025, from USD 44840 million in 2019.

The Solar Cells and Modules market report provides a detailed analysis of global market size, regional and country-level market size, segmentation market growth, market share, competitive Landscape, sales analysis, impact of domestic and global market players, value chain optimization, trade regulations, recent developments, opportunities analysis, strategic market growth analysis, product launches, area marketplace expanding, and technological innovations.

 Market segmentation

Solar Cells and Modules market is split by Type and by Application. For the period 2015-2025, the growth among segments provide accurate calculations and forecasts for sales by Type and by Application in terms of volume and value. This analysis can help you expand your business by targeting qualified niche markets.

By Type, Solar Cells and Modules market has been segmented into Single Crystal Silicon, Polycrystalline Silicon, Others, etc.

By Application, Solar Cells and Modules has been segmented into Residential, Commercial, Ground Station, Others, etc.

Regions and Countries Level Analysis

Regional analysis is another highly comprehensive part of the research and analysis study of the global Solar Cells and Modules market presented in the report. This section sheds light on the sales growth of different regional and country-level Solar Cells and Modules markets. For the historical and forecast period 2015 to 2025, it provides detailed and accurate country-wise volume analysis and region-wise market size analysis of the global Solar Cells and Modules market.

Also read : https://wiseguyreports.wordpress.com/2020/09/11/solar-cells-and-modules-2020-global-market-size-share-market-growth-opportunities-segmentation-and-forecast-to-2026/

The content of the study subjects, includes a total of 15 chapters: Chapter 1, to describe Solar Cells and Modules product scope, market overview, market opportunities, market driving force and market risks. Chapter 2, to profile the top manufacturers of Solar Cells and Modules, with price, sales, revenue and global market share of Solar Cells and Modules in 2018 and 2019. Chapter 3, the Solar Cells and Modules competitive situation, sales, revenue and global market share of top manufacturers are analyzed emphatically by landscape contrast. Chapter 4, the Solar Cells and Modules breakdown data are shown at the regional level, to show the sales, revenue and growth by regions, from 2015 to 2020. Chapter 5, 6, 7, 8 and 9, to break the sales data at the country level, with sales, revenue and market share for key countries in the world, from 2015 to 2020. Chapter 10 and 11, to segment the sales by type and application, with sales market share and growth rate by type, application, from 2015 to 2020. Chapter 12, Solar Cells and Modules market forecast, by regions, type and application, with sales and revenue, from 2020 to 2025. Chapter 13, 14 and 15, to describe Solar Cells and Modules sales channel, distributors, customers, research findings and conclusion, appendix and data source.

FOR MORE DETAILS https://www.wiseguyreports.com/reports/4782099-global-laser-cutting-machines-market-2020-by-manufacturers

 About Us:

Wise Guy Reports is part of the Wise Guy Research Consultants Pvt. Ltd. and offers premium progressive statistical surveying, market research reports, analysis & forecast data for industries and governments around the globe.

 Contact Us:

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[nileshdm2020-blog]

Top 10 Discoveries Of The Decade

The 2010s saw huge developments across physics, science, and technology. Relive the best moments with our final ranking of the decade.

1. HIGGS BOSON

It took four years, thousands of people and the world’s biggest machine, but, in 2012, particle physicists at CERN announced the discovery of the Higgs boson. The particle helps explain why all other particles in the universe have mass, and its discovery completed the standard model of particle physics. It is also called “God Particle”

2. CRISPR

The full potential of genetic engineering was unlocked in 2012 with the cheap and easy CRISPR system for editing DNA. Its use has since exploded, unfortunately including the widely criticized creation of the first gene-edited babies in China in 2018.

3. GRAVITATIONAL WAVES

In 1916, Albert Einstein predicted that space, time and the fabric of the universe was disturbed by strange waves known as gravitational waves. Exactly a century later, the Laser Interferometer Gravitational-Wave Observatory collaboration announced that it had finally spotted these waves emanating from a pair of merging black holes.

4. AlphaGo

The decade has been controlled by advances in artificial intelligence, but the height of machine achievement was AlphaGo. The software developed by DeepMind beat leading player Lee Sedol at the board game Go in a stunning 4-1 match in 2016.

5. LAYLA’S GENE THERAPY

In 2015, a one-year-old girl received a cancer treatment unlike any other. Doctors at Great Ormond Street Hospital in London gave baby Layla immune cells from a donor that they had genetically modified to destroy the cells causing her leukemia, saving her life.

6. DENISOVANS

Researchers announced the discovery of a human finger bone that is genetically distinct both from modern humans and Neanderthals in 2010, complicating our ancestral story. They named this new species the Denisovans, after Denisova cave in Siberia, Russia, where the bone was found. Behind discoveries in the cave included more remains of these strange people, including the 2018 announcement of a hybrid with a Neanderthal mother and a Denisovan father. Genetic analyses have also revealed that there are people today carrying some Denisovan DNA.

7. QUANTUM SUPREMACY

Efforts to develop quantum computers gradually ramped up this decade, culminating with Google’s announcement of quantum supremacy in 2019. The firm developed the first quantum computer capable of performing a calculation that no classical supercomputer on Earth can match.

8. PROXIMA CENTAURI B

At the start of the decade, we knew of about 450 planets beyond our solar system. Now, that number has bloomed to more than 4000. Most remarkable of all were the discovery of Proxima Centauri b in 2016, the closest known exoplanet, at a distance of 4.2 light-years from Earth.

9. FACE TRANSPLANTS

The first full transplant took place in 2010. In a 24-hour operation, a Spanish farmer who had accidentally shot himself had the remains of his face removed, leaving just his eyeballs and tongue. The rest was replaced by the entire face of a dead donor.

10. RICHARD III

A car park in Leicester, UK, hosted a scene notable of Shakespeare. In 2012, a team of geneticists and historians announced they had cut out the remains of Richard III, former king of England. The skeleton showed signs of spinal curvature and DNA evidence from his issues supported the find

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TOP 10 COMPNIES IN VCSEL MARKET

The VCSELs Market is expected to grow at a CAGR of 26.5% from 2022 to 2029 to reach USD $5.76 billion by 2029 from an estimated USD 1,110.2 million in 2022.

The growth of this market is mainly driven by the increasing utilization of VCSELs in 3D sensing applications and the rising adoption of VCSEL arrays among data centers. However, VCSELs’ lack of long-distance transmission capabilities is expected to restrain the growth of this market. The growing application of VCSELs in vehicle automation and the increasing use of VCSELs in 5G technology are expected to create growth opportunities for the players operating in the VCSELs market. Additionally, scalability issues are expected to remain a major challenge for market growth.

Here are the top 10 companies operating in VCSELs market

Lumentum Holdings Inc.

Lumentum Holdings Inc. is a manufacturer of innovative optical and photonic products for optical networking and commercial laser clients globally. The company operates through two reportable business segments, OpComms, and Lasers. The OpComms business segment caters to the telecom, datacom, consumer, and industrial markets. The company provides multi-Junction VCSEL arrays under its OpComms business segment for consumer and industrial markets. The company’s customers include Alphabet, Apple, Ciena, Cisco Systems, Huawei Technologies, Infinera, Innolight, Nokia Networks, O-Net, and ZTE. The Lasers segment offers products for sheet metal processing, general manufacturing, biotechnology, graphics and imaging, remote sensing, and precision machining applications such as drilling in printed circuit boards, wafer singulation, glass cutting, and solar cell scribing. Lasers segment customers include Amada, ASML Holding, Beckman Coulter, DISCO, Electro Scientific Industries, Han’s Laser Technology, KLA-Tencor, Lasertec, Life Technologies, and NR Electric.

The company has a geographical presence in the Americas, Asia-Pacific, and EMEA. The subsidiaries of the company include Oclaro Inc. (U.S.), Lumentum K.K (Japan), and Lumentum Netherlands B.V (Netherlands). As of June 2021, Lumentum Holdings Inc. had approximately 5,618 full-time employees globally. The company has U.S. 950 patents and 865 foreign patents with expiration dates ranging from July 2021 to December 2040. Lumentum has 580 patent applications pending globally.

ams AG

ams AG designs and manufactures high-performance sensor solutions for applications requiring the highest miniaturization, integration, accuracy, sensitivity, and lower power. The company’s products consist of sensor solutions, sensor ICs, interfaces, and related software for mobile, consumer, communications, industrial, medical, and automotive markets.

The company operates through three business segments: Consumer, Non-consumer, and Foundry. The consumer segment offers products and sensors for the mobile, consumer, and communication markets. The Non-consumer segment offers products and sensors for the industrial, medical, and automotive markets. Under the Foundry segment, the company manufactures analog/mixed-signal ICs based on its customers’ designs. Some of the company’s subsidiaries are Osram (Germany), acam-messelectronic gmbh (Austria), and Princeton Optronics, Inc. (Austria). The company has its geographical presence in EMEA, the Americas, Asia-Pacific, and other regions.

TRUMPF GmbH + Co. KG            

TRUMPF GmbH + Co. KG provides manufacturing solutions for machine tools, laser technology, and electronics. The company offers sensor solutions, sensor ICs, interfaces, and related software for mobile, consumer, communications, industrial, medical, and automotive markets. The company has production facilities in Europe (Austria, the Czech Republic, France, Germany, Italy, Poland, Switzerland, and the U.K.), the Americas (Mexico and the U.S.), and Asia-Pacific (China).

The company operates through two business segments: Machine Tools and Laser Technology. The company has 76 subsidiaries that operate in Europe, the Americas, and Asia-Pacific. Some of its subsidiaries are TRUMPF Ltd. (Thailand) SPI Lasers (U.S.), XETICS GmbH (Germany), AMPHOS GmbH (Germany), and TRUMPF International Beteiligungs-GmbH (Ditzingen). As of 2021, the company had a headcount of 14,767 employees worldwide.

II-VI Incorporated          

II-VI Incorporated develops innovative products for diversified applications in the industrial, optical communications, aerospace & defense, life sciences, semiconductor capital equipment, and consumer markets. The company offers a wide range of application-specific photonic and electronic materials and components, uses them in many forms, and integrates them with advanced software to support customers.

The company operates through two business segments: Photonic Solutions and Compound Semiconductors. The company has several subsidiaries and a strong distribution network in the United States, Hong Kong, Japan, China, Germany, Switzerland, Vietnam, Korea, Singapore, the Philippines, the United Kingdom, Taiwan, Belgium, and Italy. Some of its subsidiaries are Finisar Corporation (U.S.), ANADIGICS INC (U.S.), Innovion Corp (U.S.), II-VI Deutschland GmbH (Germany), and Allied Rising Investment Limited (Hong Kong). As of June 2021, the company had a headcount of 22,961 employees worldwide.

Broadcom Inc.  

Broadcom Inc. is a multinational technology company that designs, develops, and supplies a wide range of semiconductor and infrastructure solutions. There has been a change in the company’s reportable segments from November 2020. The company changed its structure, resulting in two reportable segments: Semiconductor Solutions and Infrastructure Software. The company provides its VCSELs solutions under the Semiconductor Solutions segment. The Infrastructure Software segment includes mainframe, BizOps, cybersecurity software solutions, and the FC SAN business. The company makes semiconductor devices and focuses on complex digital and mixed digital metal oxide semiconductor-based devices and analog III-V-based products. The Semiconductor Solutions segment offers electronic components, digital and mixed-signal products, transistors, optoelectronics, and other components for enterprise and data center networking, home connectivity, set-top boxes, broadband access, telecommunication equipment, smartphones and base stations, and data center servers, among others. The Infrastructure Software segment offers a cybersecurity solutions portfolio, including endpoint, network, information, and identity security solutions.

Meticulous Research in its latest publication on global VCSEL Market has predicted the growth of 26.5% during the forecast year 2022 to 2029.

The company has its geographical presence in North America, Asia-Pacific, Europe, and the Middle East & Africa. As of November 2021, Broadcom had approximately 20,000 employees globally. The subsidiaries of the company are Broadcom Corporation (U.S.), CA, Inc. (U.S.), Brocade Communications Systems, Inc. (U.S.), and LSI Corporation (U.S.), among others.

IQE plc

IQE plc offers advanced wafer products and wafer services to the semiconductor industry. The company is a gallium nitride (GaN) epitaxial wafers supplier for RF, RF power, and power applications. The company operates through three segments: Wireless, Photonics, and CMOS++. With a strong distribution network, the company has its geographical presence in the Americas, Europe, Middle East & Africa (EMEA), and Asia-Pacific.

Some of its subsidiaries are Wafer Technology Ltd. (U.K.), IQE Silicon Compounds Limited (U.K.), IQE Taiwan Corporation (U.K.), MBE Technology Pte Ltd (Singapore). As of 2020, the company had a headcount of 658 employees and has over 200 granted patents.

Inneos LLC          

Inneos LLC specializes in high-quality, high-reliability optics for medical, aerospace & defense, industrial, and automotive applications. The company offers several technologies such as Lasers and CWDM Optics. Inneos merged with Zephyr Photonics in 2017. Zephyr Photonics is a U.S.-based research and development company specializing in highly robust VCSEL lasers and active optical cables (AOC) for military, aeronautical, and space applications. This merger helped Inneos with deep technical expertise in CWDM optics, robust VCSELs, video transmission, and government security and quality certifications.

The OEM partners of Inneos LLC are Broadata Communications, Inc., Foreseeson, FSN Medical Technologies, Hall Research, Lightware Visual Engineering, and OPHIT, among others. Inneos LLC has many distributors and retailers such as Magnolia, Future Ready Solutions, Cleerline Technology, and Frontline Sales and Marketing.

Leonardo S.p.A

Leonardo S.p.A is one of the important organizations in the aerospace, defense, and security space. The company is a global solutions provider and a trusted partner of choice for governments, institutions, and business customers. The company operates through three business segments: Helicopters; Defence, Electronics, and Security; and Aeronautics. VCSELs are offered under the Defence, Electronics, and Security segment, with two subsegments: Airborne and Space Systems.

The company has its geographical presence in the United Kingdom, the rest of Europe, Italy, the U.S., and the rest of the world. Some of its subsidiaries are MBDA (France), Selex ES (Italy), ATR (France), and Leonardo DRS (U.S.). As of 2020, the company had a headcount of 49,882 employees worldwide.

Photonwares Co.            

Photonwares manufactures VCSELs under its subsidiary Agiltron Inc. Photonwares is the manufacturer and developer of new material platform-based components and systems. The company provides all-optical switches, variable optical attenuators, high-power optical components, optical polarization & time controls, PbS/PbSe infrared detectors, fiber lasers, novel MEMS devices, carbon fiber nanodevices, and Raman spectrometers. Photonwares offers a variety of fiber pigtailed VCSELs in ready-to-use fiber pigtail coupled packages.

Santec Corporation

Santec Corporation is a global photonics company specializing in micro optics, advanced optical devices, tunable lasers, and optical test & measurement. The company operates its business through its business units: Optical Instruments, Optical Components, Optical Imaging & Sensing, and Medical Devices. The company has its geographical presence across U.S., Europe, and China. The subsidiaries of the company include SANTEC USA CORPORATION (NJ, USA), SANTEC Europe Ltd. (London, U.K.), and SANTEC Shanghai (China). As of 31 March 2021, the company had a headcount of 203 employees.

Popular Mentions: Teledyne FLIR LLC, Thorlabs, Inc., TT Electronics plc, VERTILAS GmbH, and Vertilite Co., Ltd

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Authoritative Research on the VCSEL Market – Global Opportunity Analysis and Industry Forecast (2022-2029)

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5 Best Workplace Gadgets to Increase Small Business Productivity

Technology has brought significant improvements to our day-to-day operations. Undeniably, our workplaces are of no exceptions to it. In recent years we have seen plenty of new technology benefiting us in our work processes. Some cutting down the job times while others help in reducing mistakes. However, all help out to increase our workplace productivity. With that in mind, small businesses should invest in the latest technology and equipment. Doing so can help to maintain office productivity and assist in getting a competitive edge. Fortunately, you don’t need to spend a fortune to get a number of these latest office gadgets. From office phone systems, to coffee makers and printers, there are a number of simple, fun office gadgets that you can easily purchase to help increase your workplace productivity. Here are the top 5 picks that can actually make a difference and help you increase workplace productivity. VoIP Phone System The VoIP phone system is a hardware and software based phone that works off your business internet connection instead of a traditional landline. They offer greater mobility and scalability than traditional handsets. They are less expensive than conventional landline phones and don’t make users tied down as they would be with hard-wired phones. They are portable to use as they allow users to make calls from the phone, desktop or mobile devices. Further, they can also be integrated with other software programs. So, if you haven’t yet made the switch to a VoIP phone system, just switch to it now. HDDs and SSDs Both hard disk drives (HDDs) and solid state drives (SDDs) provide high capacity secure portable storage. They are excellent tools to save a large amount of office data in a secure way. They make it easy to travel with the important instead of uploading and downloading large files from cloud storage. HDDs are less expensive and can save more data, while SSDs offer higher operation performance and considered to be more durable. If your workloads are complex, it’s beneficial to have both SSD and HDD at your workplace to keep your data secure and protected whether you are traveling, or at your office. Solar Window Charger Quite often employees forget about charging their cellphone at night before leaving to work the next morning. This means they regularly need to charge their cellphones at their workplace. Cut down the extra utility expense from constant cellphone battery charging by your employees by using the solar window charger. The device is an excellent alternative to conventional battery charging methods. It’s designed to catch the solar energy outside of the window and use it to charge cellphone batteries. This gadget efficiently charges cell phone batteries without any installation. Further, it’s relatively small and doesn’t take much space on the windows and inside office drawers. Smart Coffee Makers Smart coffee makers wirelessly connect with your phone and can be controlled via an app. Depending on the brands and functions they vary in size and price. They are all designed to improve time management and help you get through a day full of different challenging tasks at work. Their settings can be adjusted according to your employee preferences. Meanwhile, employees can also schedule to make their coffees at every day on their required time. These coffee machines are now becoming a common part of productive workplaces where management emphasizes on the optimum use of employee time at work. Smart coffee machines work smoothly on all different types of IOs and Android run devices. Smart Multifunctional Printers Small businesses need to rely on an array of machines (laser printer, copiers, fax machines etc.) to fulfill their different print related tasks. However, with the availability of smart multifunctional printers they must consider to take the benefits of all-in-one printers. These multifunctional printers offer an array of benefits. They include multiple layers of security, tablet-like touch screen, tap print and go, customizable interface, cloud-optimized and many more. Small business should consider buying these smart multifunctional printers to keep their operation streamlined and efficient. Times are changing quickly. Small businesses need to upgrade themselves to find more productivity at their workplace. Like all the gadgets discussed above, there are many others that can help you and your workforce to more productive at work. So why not consider them to have them at your workplace? Author Bio: Anna Marsh specializes in writing areas related to business growth, employee development, and entrepreneurship. Apart from being a blogger, she provides academic writing assistance at a well-known assignment help UK company. She spends her free time reading books, especially related to education and business. She is currently working on her Master’s degree in Management in the UK. Read the full article

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Foodtec Cambodia 2019 at Cambodia(Phnum Penh) 2019-September

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PV System Expo - Osaka 2019 at Japan(Osaka) 2019-September

PV System Expo - Osaka 2019 trade show event mainly focuses on:

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related products/services/industry/business. This trade show opens top business opportunities to exhibit products and services from wafer Expos, compound semiconductors Business events, module substrates B2C opportunities, industrial gas business opportunities, targets contacts list, electrodes business opportunities, plastics B2B Opportunities, backsheets contact links, filling contact links, sealing materials Exhibitors Directory, interconnect materials companies contacts, frame materials Business events, cell measurement machines Exhibitors, solar simulators B2C opportunities, thickness gauging machines companies list, electrical measuring equipment B2B Opportunities, ammeters Trade Shows, voltmeters Exhibitors, flowmeters info, optical irradiation machines Shows, spectral sensitivity measurement machines contact links, substrate inspection machines Events, appearance inspection equipment business contacts, testers Events, other evaluation companies, testing Expos, analysis equipment Fairs, monocrystalline solar cell/module directory, polycrystalline solar cell/module business ideas, thin film solar cell/module companies list, compound semiconductor solar cell/module contact info, dye-sensitised solar cell/module network, organic thin film solar cell/module companies contacts, other solar cell/module events, molding machines contact info, ingot manufacturing machines business ideas, wafer manufacturing machines Events, slice Shows, cut process machines B2C ideas, diamond wire-saws events, laser scribers Expos, mechanical scribers Trade Fairs, etching equipment Meetings, coating applicators contact links, melting furnaces Exhibitors, diffusion furnaces Events, baking furnaces companies contacts, rtp furnaces companies list, cvd machines Shows, electrode formulation equipment B2B Opportunities, sputtering equipment business opportunities, wiring equipment Fairs, lay-up equipment Meetings, laminating machines contacts list, framing machines events, turnkey systems Exhibitors Directory, cleaning equipment B2B ideas, weld process Exhibitors, soldering machines companies, carriers contact links, module assemblers and other manufacturing equipment. B2B ideas, odule manufacturers contact info, house contact info, plant Shows, construction-related companies business opportunities, universities business, national institutes Exhibitors, other solar cell B2B ideas, module Expos, pv system-related companies B2B Opportunities, electric industry-related companies events, cogeneration-related companies Exhibitors Directory, government and other public offices B2B ideas industry.

Find More Details about PV System Expo - Osaka 2019 event...

We help you to grow your business by providing the required contact details of all companies participating in this event and you can download the same data in excel format using the above links. Location of the Event:Japan(Osaka) Year-Month:2019-September Official Website:Event Website source https://www.expomahal.com/2019/09/foodtec-cambodia-2019-at-cambodiaphnum_30.html

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