#industrial robot

[vinterbg]

There has been a new development and I have discovered I am madly in love with this industrial robot arm.

They are so dreamy <3

[supplyside]

industrial robots

[stevebattle]

Japan Pavilion Painting Robot, 1982 World’s Fair, Knoxville, TN. In the waiting area of the Japan Pavilion, the "Painting Robot" skilfully draws patterns chosen by guests. "Japan, no longer a tiny nation struggling to recover from defeat, had created the world’s second-biggest economy, and had just surpassed the United States to become the world’s biggest automaker, becoming a serious rival on the global market for several U.S. products. Highlighting their technological wizardry, Japan created a pavilion offering both a virtual and heart-stoppingly realistic bullet-train ride and a painting robot with a flair for semi-abstract art. It was just a symbol of what Japan had learned to do with robots in factories." – 1982 Worlds Fair in Hindsight, Knoxville History Project.

[rednblacksalamander]

I'm not anti-technology, I just think there's something deeply sick about a society where robots make art and children work in factories.

[sagorika]

Who are the top countries in PLC technology?

PLC technology, modernizing the industrial world, post World War II. The demand of the automobile industry and the auto world increased, leading to the need for more advanced technology for mass manufacturing. However, a quick realization of the importance of PLC technology on a larger industrial scale led countries to conquer the technology to be a world provider. Let’s look at a comparative…

[taevisionceo]

🦾 A013 - KUKA KR 240 Industrial Robot... 7th axis RTU Robot Transfer Unit... KL1500 Track 8 mts... Linear Motion Track PositionTable Position Table KRC2 Ed05 ... picture via EuroRobots ▸ TAEVision Engineering on Pinterest

Data A013 - Jul 07, 2023

[industrialroboticarm]

How are industrial robotic arm controlled ?

How are robotic arms are controlled? Do they need a separate CNC control? Are PLCs used to control robotic arms at all? Is the industry moving to an embedded control system at all?

Industrial robotic arms are typically controlled using a combination of hardware and software components. The control system for industrial robotic arms consists of the following key elements:

Robot Controller: The robot controller is the central component of the control system. It is a dedicated computer or embedded system that manages the overall operation of the robotic arm. The controller is responsible for receiving commands, processing them, and generating control signals for the arm’s actuators.

Programming and Command Input: To control the robotic arm, it needs to be programmed with specific instructions. This can be done through various methods, including:

Offline Programming: Robotic arm movements and tasks are programmed using specialized software on a computer. The program is then transferred to the robot controller.

Teach Pendant Programming: Operators manually move the robotic arm through the desired motions using a teach pendant or handheld device. The positions and actions are recorded and saved as a program.

Integrated Programming: Some robotic arms offer integrated programming interfaces, allowing operators to program the arm’s movements directly through intuitive user interfaces or by physically guiding the arm through the desired path.

Sensors and Feedback: Industrial robotic arms are equipped with various sensors to provide feedback and enable precise control. These sensors include:

Encoders: Measure the position and velocity of the arm’s joints, providing feedback on their actual positions.

Force/Torque Sensors: Measure forces and torques applied by the arm’s end effector, enabling it to react to external forces or maintain a specific force during tasks.

Vision Systems: Cameras and vision sensors allow the robotic arm to perceive and interact with its environment, detect objects, and perform tasks based on visual information.

Actuators and Motors: The robotic arm’s joints are actuated using motors, such as electric servo motors or hydraulic/pneumatic actuators. The control signals generated by the robot controller are sent to these actuators, enabling precise control of the arm’s movement and positioning.

Safety Systems: Industrial robotic arms are equipped with safety systems to ensure safe operation in collaboration with human operators. These may include emergency stop buttons, safety interlocks, proximity sensors, and software features that monitor and respond to potential collisions or hazardous situations.

Communication and Integration: Industrial robotic arms often need to communicate with other systems and devices in the manufacturing environment. This can involve integration with supervisory control systems, programmable logic controllers (PLCs), human-machine interfaces (HMIs), and other automation equipment to coordinate tasks and exchange data.

By combining these elements, the control system of an industrial robotic arm enables precise and efficient operation, executing programmed tasks with speed, accuracy, and safety.

About us :

GUANGDONG BORUNTE TECHNOLOGY CO.,LTD., is the distribution and wholesale of BORUNTE industrial robots, injection molding machine robots, die-casting robots and peripheral automation equipment with professional marketing, technology and after-sales automation. At present, the company has established long-term and stable cooperative relations with many terminals and agents at home and abroad. At the same time, we are sincerely welcome you join us who would like to be our agent around the world.

[subzerocatayst]

i think people aren't talking more about the iterator interior (not the can) aesthetic, it's insane and absurdly lovecraftian in a very interesting way, it's genuinely so good. i wish more games had fucking MASSIVE robots you can climb inside and hear incomprehensible sounds of communication and see blinking lights with random metal components strewn about, and architecture so hostile and irregular yet just navigable enough that you question if you were meant to even be here in the first place, or even if it was meant for some interloper like you to traverse.

iterator cool :3

[blogaarti]

Industrial Robotics Market Insight & Future Assessment For The Period 2022 – 2029

Paradigm shifts and technological interventions have completely transformed the way industries operate, making a quantum leap toward automation. To this end, industrial robots are comprehensively being incorporated across food and beverage, metals and machinery, electronics, and semiconductors industries. Leveraging these industrial robots, organisations can efficiently automate mundane and repetitive tasks with great precision and accuracy. Against this backdrop, industrial robotics has gained considerable traction across diverse industrial applications including packaging and labelling, welding, assembly, painting, and product inspection. In addition, extensive use of industrial robotics in automotive and electronics manufacturing is poised to ameliorate the productivity of high-volume production lines. Such trends are setting the stage for the robust expansion of the global industrial robotics market.

 For More Industry Insights Read:   https://www.fairfieldmarketresearch.com/report/industrial-robotics-market

 Miniaturisation, and Precision Robotics to Unlock New Avenues for Expansion of Industrial Robotics Market 

Today, the periphery of robotics applications has expanded from being limited to heavy industries such as automobiles and energy. This can be attributed to the provided precision, optimal utilisation of resources, significant cost reductions, productivity enhancements, and better quality of outputs. In addition, the miniaturisation of robots & advent of nanorobotics has further tapped into new markets including instrumentation, electronics, and healthcare. With such a vast application base, industrial robotics has succeeded in accentuating its position in small and medium-sized enterprises (SMEs). Considering the aforementioned factors, the global industrial robotics market is anticipated to witness substantial growth in the years to come.

 Ascending Demand for Collaborative Robots to Steepen Growth Curve of Industrial Robotics Market 

Collaborative robots, also known as cobots, have been experiencing sharp spikes in demand across various industries. These cobots are designed in a way to interact and work in complete harmony with humans in the common workplace. Likewise, employing these cobots and automating tasks is plain sailing. Cobots can assist enterprises in packaging, screwing, pick-and-place, laboratory testing, assembly, and quality inspection. Moreover, the cobots are highly capable of performing repetitive tasks with great speed and accuracy, ensuring a safer environment for workers and production. Acknowledging these benefits and applications, various retailers, healthcare providers, and automotive manufacturers are rapidly advancing towards the adoption of collaborative robots. The steadily rising demand for industrial robotics is, in a way, paving pathways for the industrial robotics market expansion.

 Asia Pacific to Slate Dominance in Industrial Robotic Market Owing to Rising Labour Costs 

With consistently surging labour costs, the manufacturers in the Asia Pacific are opting for automation technologies, such as industrial robotics, to curtail the overall cost of production. Moreover, economies such as China are rebounding their production lines after undergoing a period of stark stagnation. In addition, Thailand and Taiwan are also propelling the adoption of automation technologies. Other macro factors such as a rise in disposable income, demand for consumer goods, population, and production capacity are instrumentally elevating the demand for industrial robots in the Asia Pacific.

 Major Market Players 

Some of the most prominent players consolidating stronghold positions in the global industrial robotics market include Bosch Rexroth (Germany), FANUC (Japan), ABB (Switzerland), ICR Services (US), KUKA (Germany), Mitsubishi Electric (Japan), YASKAWA (Japan), Denso Corporation (Japan), NACHI-FUJIKOSHI (Japan), Seiko Epson (Japan), Kawasaki Heavy Industries (Japan), Universal Robots (Denmark), DÜrr (Germany), Comau (Italy), Stäubli (Switzerland), IRS Robotics (Netherlands), B+M SURFACE SYSTEMS (Germany), Siasun Robotics (China), RobotWorx (US), Hyundai Robotics (South Korea), Rethink Robotics (Germany), Techman Robot (Taiwan), F&P Robotics (Switzerland), and FrankaEmika (Germany).

 For More Information Visit:  https://www.fairfieldmarketresearch.com/report/industrial-robotics-market  

 About Us

Fairfield Market Research is a UK-based market research provider. Fairfield offers a wide spectrum of services, ranging from customized reports to consulting solutions. With a strong European footprint, Fairfield operates globally and helps businesses navigate through business cycles, with quick responses and multi-pronged approaches. The company values an eye for insightful take on global matters, ably backed by a team of exceptionally experienced researchers. With a strong repository of syndicated market research reports that are continuously published & updated to ensure the ever-changing needs of customers are met with absolute promptness.

[webdiggerxxx]

꧁★꧂

[xannador]

[TURN SOUND ON]

In Chai’s own words; What a fight!

I mean, if your game doesn’t let me fight a giant mecha werewolf with a guitar inside Scrooge McDuck’s vault, then honestly what’s even the point?

[the-colossal]

Chat, guess who got a new brainrot.

[sagorika]

Detail Case study of IoT use in the supply chain at Coca-Cola

IoT use case study in the supply chain at Coca-Cola #IoT #Internetofthings #Beverage

Coca-Cola is one of the largest beverage companies in the world, using IoT to improve its supply chain efficiency and customer service. Smart vending machines IoT devices, such as sensors, cameras, and touchscreens, monitor and manage the product consumption, availability, and quality in its vending machines, as well as provide more convenience and personalization to its customers. For example,…