#automatic brazing machine

[emonkofil]

Automatic Brazing Machine

Automatic Brazing Machine everyone's talking about! This cutting-edge machine revolutionizes metal bonding by automating the brazing process, resulting in perfect joints with minimal effort.

Website: https://www.dodomachine.com/automatic-brazing-machine/

AutomaticBrazingMachine #MetalBonding

Brazing #IndustrialTools #DIYMetalwork #WeldingMachine

BrazingMachine #Metalwork #ToolInnovation #Manufacturing

[buyautomachine]

https://www.sutori.com/en/story/untitled--11f2aSuYfLMw3QawcxsetPxe

[dodomachine2]

DoDo Machine

Dodo machine focuses on the production of refrigeration HVAC industry machines, especially automatic brazing machine, Induction Brazing Machine, Copper Tube Flanging Machine, 4-way Reversing Valve Machine, Tube End Forming Machine, Other refrigeration test equipment.

[anitasblogs]

Introduction to Tekman: Your Trusted Partner in Helium Leak Detection and Vacuum Technology

Tekman is a leading brand in the field of advanced vacuum and helium leak detection technology. With years of expertise and innovation, Tekman has become synonymous with quality, reliability, and cutting-edge solutions. Our products are designed to meet the stringent demands of various industries, ensuring top-notch performance and customer satisfaction. In this article, we will delve into the various products offered by Tekman, including Helium Leak Detectors, Helium Leak Testing Machines, Helium Recovery Systems, Vacuum Furnaces, and our position as a top Dry Vacuum Pump Manufacturer.

Helium Leak Detector: Precision and Reliability

Our helium leak detectors at Tekman are designed to deliver unmatched accuracy and dependability. These detectors are crucial for finding even the tiniest breaches in a wide range of industries, including aerospace and industrial manufacturing. Our Helium Leak Detectors make sure your systems run effectively and safely by using cutting-edge sensor technology to detect helium with high precision. Selecting the Helium Leak Detector from Tekman is an investment in a system that reduces downtime, improves product quality, and ensures sustained operational success.

Helium Leak Testing Machine: Robust and Efficient

For a variety of industries, Tekman's Helium Leak Testing Machines are engineered to provide reliable and effective leak-testing solutions. These devices are designed to be extremely accurate while enduring the demanding requirements of high-volume production settings. Our helium leak testing machines offer automatic and trustworthy leak detection while integrating effortlessly into current manufacturing lines. Tekman's Helium Leak Testing Machines are ideal for businesses in the semiconductor, automotive, or pharmaceutical sectors because they offer the dependability and performance required to meet the strictest quality control requirements.

Helium Recovery System: Sustainable and Cost-Effective

With its ground-breaking Helium Recovery Systems, Tekman sets the standard in an era where sustainability is crucial. Helium is captured and recycled by these systems, which lowers waste and operating expenses. Our Helium Recovery Systems ensure that helium is utilized effectively and sustainably because it is a precious and limited resource. Tekman's Helium Recovery System can help enterprises save a lot of money and protect the environment at the same time. Our technologies are easy to use, scalable, and designed to address the requirements of your business specifically.

Vacuum Furnace: High-Performance Heat Treatment

At the forefront of high-performance heat treatment technology are Tekman's Vacuum Furnaces. These furnaces are perfect for procedures like brazing, sintering, and annealing because they offer exact control over both temperature and environment. Our vacuum furnaces are made to provide homogeneous, constant heat treatment, guaranteeing the best outcomes for important applications. You can obtain better metallurgical qualities, increased material strength, and longer product life with Tekman's Vacuum Furnace. Tekman is the go-to option for cutting-edge heat treatment solutions because of our dedication to quality and innovation.

Dry Vacuum Pump Manufacturer: Excellence in Vacuum Technology

Tekman is a top manufacturer of dry vacuum pumps and sets the standard for vacuum technology excellence. Our dry vacuum pumps are designed to provide excellent dependability, energy economy, and performance. Tekman's dry vacuum pumps function without the need for lubricants, which lowers maintenance costs and their environmental effect in comparison to conventional oil-sealed pumps. These pumps are perfect for use in the semiconductor, pharmaceutical, and food processing sectors, among others, where a clean vacuum is essential. Selecting Tekman as your Dry Vacuum Pump Manufacturer guarantees that you will get cutting-edge solutions that adhere to the strictest industry regulations.

Tekman's Commitment to Innovation and Quality

We at Tekman are motivated by a dedication to quality and innovation. To keep ahead of market trends and satisfy our clients' changing needs, our team of professionals constantly investigates and develops innovative technologies. Modern manufacturing facilities and strict quality control procedures are investments we make to guarantee that every product carrying the Tekman name lives up to the highest performance and dependability standards. We have established ourselves as a reliable partner for companies looking for cutting-edge vacuum and helium leak detection systems because of our unwavering commitment to quality.

Customized Solutions for Diverse Industries

Tekman is aware that every industry has different demands, and we provide tailored solutions to address these particular requirements. Our products are made to work smoothly with any industry, including aerospace, automotive, pharmaceuticals, and others. Our staff works directly with customers to comprehend their problems and provide specialized solutions that improve effectiveness, output, and quality. You may be sure that Tekman is providing you with goods and services that are specially made to meet the needs of your sector.

Comprehensive Support and Services

Tekman is dedicated to providing excellent customer service even after our products are sold. To make sure that our clients get the most out of their investment, we provide thorough support and services. Our staff is committed to giving you the help you need to perform at your best, from installation and training to maintenance and technical support. Since downtime can be expensive, we offer responsive support services that are intended to cause as little disturbance as possible and maintain the efficiency of your business.

Sustainable and Environmentally-Friendly Practices

Sustainability is a fundamental principle of Tekman. We work hard to reduce our impact on the environment by using eco-friendly procedures and creative product designs. Our dedication to sustainability is demonstrated by our helium recovery systems, which assist the industry in cutting waste and conserving precious resources. Our dry vacuum pumps are additionally made to run without lubricants, which lessens their influence on the environment. You are collaborating with a business that values environmental responsibility and strives for a more environmentally friendly future when you choose Tekman.

[laka5988]

aluminum brazing oven characteristic

This aluminum brazing oven is mainly used for brazing aluminum parts in an atmosphere-protected environment. It mainly consists of a flux spraying machine, an electric drying furnace, a brazing heating furnace, water, and air cooling devices, an atmosphere control system, and an automatic control system.

This production line is suitable for large-scale production of aluminum radiators, such as parallel flow condensers, stacked evaporators, and automotive water tanks.

[fonnovaluminium]

Advantages of 6061 Seamless Aluminium Tube

Aluminum tubing can be used in many industries and applications. Aluminum tubing is light in weight, corrosion resistant, strong, and cost-effective.

The 6061 seamless aluminum tube is an excellent choice for many applications, including aerospace, electronics, machine, and structural. It is resistant to corrosion, has excellent formability and machining properties, and can be used for welding. Strength

The most popular type of aluminum tube for construction is the seamless aluminum tube. It is strong and resistant to many kinds of damage.

It can be drawn as a tube or pipe depending on how it is processed and is suitable for many types of applications. It is an aluminum alloy of high quality that can be heat treated and has exceptional corrosion resistance.

The aerospace industry is another common application for seamless aluminum tubing. It is used to make fuel lines, fuselages, and other components for aircraft.

Aluminum tubing comes in a variety of shapes, including square, rectangular, and round. Although the specifications of aluminum tubing can vary, they are primarily defined by their size and thickness. Manufacturers can use this information to determine the right type of tubing for them. Corrosion resistance

Aluminum is a soft and ductile metal that can make many products. Aluminum is a great choice for construction because of its strength and resistance to corrosion.

Because of its strength and versatility, 6061 seamless aluminum tubes are a very popular material. It comes in a variety of sizes and shapes, and can be customized to meet your requirements.

Because of its lightweight and corrosion resistance, this alloy is often used in marine applications. You can treat it to increase its resistance to corrosion.

This alloy has excellent machinability and non-galling properties. It can be machined using automatic screw machines, which prevents galling or scratches in moving parts.

Next Generation Metals offers this alloy in sheet, coil, and plate. This alloy has high tensile strengths, good ductility and a low oxidation rate. It is resistant to sulfidation and hydrogen embrittlement as well as chloride stress corrosion. It can be quenched, aged, and solution-heated annealed. Weldability

6061 seamless aluminum tube, which is high-strength, corrosion-resistant and lightweight, is very popular in structural applications that require rigidity and lightness. It is also very easy to weld and machine.

Temper is what determines the properties of an alloy. Temper O means that aluminum is used in annealing alloys with the highest ductility, and the lowest strength. Tempers beginning with T such as T4 or T6 involve heat treatments to harden the material at the molecular or grain level.

6061 aluminum is a great choice for connecting and bending because of its high degree of formability. This means that it can easily be bent into any shape you desire with minimal distortion. It is easy to anode oxygenate, which makes it a great choice for brazing and welding applications. Formability

The 6061 seamless aluminum tube has many advantages for construction. It is also easier to form than steel, so it can be used for a variety of structures.

Its weight is another benefit. It's lighter than most other types of metal tubes which makes it easier for workers to transport and use on site.

6061 seamless aluminum tube is lightweight but also very durable. It can withstand high temperatures and pressures, making it suitable for industrial applications such as air conditioning systems.

It is also resistant to corrosion and less likely to crack. This is particularly important for structural applications that place stress on the frame such as buildings and aircraft frames. It can also be used to weld, braze and anodize for a high gloss finish.

[automachines]

Shenzhen Aituo Automation Device Co., Ltd is a production-oriented high-tech company, which manufactures the best and various automatic machines such as Auto USB connector soldering machine, Power cable terminal crimping machine, Electric wire cutting & stripping machines, Multi-function cutting machine and Vertical injection molding machine etc.

[wetsteve3]

An original-paint, original-condition 4-cylinder Pierce motorcycle is an extreme rarity, and this machine and the condition of this 1911 Pierce Four is simply amazing.

The Pierce auto company built prestigious luxury automobiles with a reputation on par with Rolls-Royce, and its 4-cylinder motorcycles were at the very top of the market. Percy Pierce, son of Company Founder George N. Pierce, was a factory competition driver who took control of the Pierce Cycle Co. in 1907 with the intention of adding motorcycles to the company’s roster. Following company tradition, Percy traveled to Europe in 1908 for inspiration and was impressed by the Belgian FN 4-cylinder, which had already competed at the Isle of Man TT in 1907. No American company was producing a 4-cylinder motorcycle, and the FN was among the most advanced motorcycles in the world with its 4-cylinder engine and shaft drive. Percy purchased a 1908 FN 4 and shipped it to his factory, where Pierce engineers studied it closely.

The Pierce Motorcycle Company was formed to produce its 4-cylinder motorcycle, which while modeled on the FN’s 4-cylinder motor, forks and shaft drive, differed with its chassis, which was entirely novel and used large-diameter tubing as both the frame, gas and oil tanks with the control cables hidden inside the tubing. The 3.5-inch tubing increased the frame strength and made manufacturing very simple with no lugs to braze and no complicated jigs. Pierce engineers redesigned the FN engine with a 43 CI (707cc) capacity, a square bore/stroke and a T-head sidevalve top end, which meant both intake and exhaust valves were positively operated—a big improvement over the FN with its automatic valves. The first Pierce Fours of 1909 had no clutch and a single speed, but by 1910 a 2-speed transmission and clutch were added. The 275-pound machine was good for 60 MPH, which was excellent performance at that date, and it was America’s first 4-cylinder motorcycle.

This 1911 Pierce Four is a remarkable motorcycle. It’s also one of fewer than 500 Pierce Fours produced between 1909-1914. It’s a real gem of the American motorcycle industry, and it’s probably the best example in the world

[chouhatsumimi]

Powder Metallurgy 粉末冶金

ようぎょうLONG POST INCOMING

Why, you ask? Because apparently you can get paid $65/hr interpreting for a powder metallurgy company. 

Updated Aug 2021: bold is words I actually use, bold and large text are words I use often! Italics are notes/corrections.

metallurgy = 冶金（やきん）；金属高額（きんぞくこうがく） powder metallurgy = 粉末冶金（ふんまつやきん）

Materials:

alloy = 合金（ごうきん）；アロイ；混合体（こんごうたい）

aluminum/aluminium = アルミ・アルミニウム；軽銀（けいぎん）

bronze = 青銅（せいどう）；ブロンズ

cemented carbide = 超硬合金 (ちょうこうごうきん) / 超硬質合金 ( ちょうこう しつ ごうきん)  [used as a cutting tool] Usually just カーバイド

ceramic = セラミック ; 窯業 (ようぎょう)?

composition (of a material) = 合成（ごうせい）

composition (ingredient) = 成分（せいぶん）

ferrous sulfate = 硫酸鉄（りゅうさんてつ）; ferrous hydroxide = 水酸化鉄（すいさんかてつ）；ferrous = 第一鉄

filler [for joining to parts] = 充填材・充填剤（じゅうてんざい）

graphite = 黒鉛（こくえん）?；石墨（せきぼく）except I can never quite figure out which one it is, sometimes I say グラファイト、and sometimes it’s just カーボン anyway

non-ferrous = 非鉄（ひてつ）；non-ferrous metals = 非鉄金属（ひてつきんぞく）

tempering iron; forging steel; wrought iron = 鍛鉄（たんてつ）

wrought iron = 錬鉄（れんてつ）

wrought steel = 錬鋼（れんこう）

Processes/Tools (separate later)

bonding/welding temperature = 接合温度（せつごうおんど）

blend = ブレンド；混ぜる（まぜる）；混ぜ合わす（まぜあわす） this should be 配合

bond = 結合（けつごう）this should be 接合

bonding = 接着（せっちゃく）；ボンディング

carburizing/cementation = 浸炭（しんたん） “Decarb” 脱炭 comes up more frequently

casting = 鋳造（ちゅうぞう）；鋳物（いもの）；鋳金（ちゅうきん）；鋳込み（いこみ）

coining = コイニング

compaction/compression = 成形（せいけい）；圧縮（あっしゅく）outside of metallurgy also known as “molding”

die forging/contour forging/stamp forging = 型鍛造（かたたんぞう）

electric current sintering = 通電焼結法

erosion = 腐食（ふしょく） this is more like what rust does

forging/tempering = 鍛錬（たんれん）；鍛造（たんぞう）；鍛え（きたえ）

grinding = 研削加工 (けんさく かこう ) this should be 研磨

heat treatment = 熱処理（ねつしょり）

hone = 研ぐ（とぐ）；研ぎ澄ます（とぎすます）

honing = ホーニング

impregnate = 注ぎ込む（つぎこむ）；oil impregnation = 含油（がんゆ）

induction heating = 誘導加熱（ゆうどうかねつ）

lathe = 旋盤 (せんばん)

lubrication = 潤滑（じゅんかつ）；ルブリケーション；注油（ちゅうゆ）；減摩（げんま）

machining = 機械加工 ( きかいかこう) ;  加工（かこう）；切削（せっさく） mostly as 加工

mold (cast) = 原板（げんばん）；成型（せいけい）

noise = 騒音（そうおん）；usually unpleasant - 雑音（ざつおん）

press (machine) = 圧搾機（あっさくき）LMAO we just say ブレス

press (verb) = 圧する（あっする）

quench = 焼入れ（やきいれ）

sintering = 焼結（しょうけつ）

sizing = 寸法修正（すんぽうしゅうせい）again, we just say サイズ or サイジング

soldering/brazing = 鑞付け（ろうづけ） and ロウ材 for “braze (material)”

stamping = プレス加工（ぷれすかこう）

stress (on a mechanical part) = 応力（おうりょく）I get the feeling I should be using this word more often

strip (away) = 剥ぎ取る (はぎとる)

swaging = スエージング

tempering = 鍛錬（たんれん）；練り（ねり）？；焼戻し（やきもどし）

torque/torsion = トルク；捩じり（ねじり）

tumbling = タンブラー  (lol)

ultra-precision machining/cutting = 超精密加工（ちょうせいみつかこう）

weld/welding = 溶接（ようせつ）；溶着（ようちゃく）

vibration = 振動（しんどう）；顫動（せんどう）

Products (maybe?):

appliance = 機械（きかい）；アプライアンス I mean, we use 機械 to mean “machine” (noun) all the time...

ball bearings = 玉軸受け（たまじくうけ）

bevel gear = 傘歯車（かさはぐるま）

bushing = ブッシング

clutch = クラッチ

components = 部品（ぶひん）；構成要素（こうせいようそ）；構成分子（こうせいぶんし）

differential gear = 差動歯車（さどうはぐるま）[+装置（そうち）]；デフ

gear teeth = サイクロイド歯車（さいくろいどはくるま）

planetary gear = 遊星歯車（ゆうせいはぐるまそうち）[+装置（そうち）] usually just プラネタリーギア

roller bearing = ころ軸受（ころじくうけ）；ローラーベアリング

spline = 鎧板（よろいいた）；スプライン

sprag (linchpin, wheel stops, sprag clutch, one-way clutch) = 輪留め（わどめ）；ワンウェイクラッチ

spring = 発条（ばね）

sprocket = スプロケット

sprocket wheel = 鎖歯車（くさりはぐるま）；鎖車（くさりぐるま）

spur gear = 平歯車（ひらはぐるま）I forget but probably スパーギア

Product parts/related words:

automatic transmission = オートマチックトランスミッション；自動変速機 usually “AT”

automation = オートメーション；自動化（じどうか）

burr (on a machined edge) = バリ

capacitor discharge ignition = キャパシター・ディスチャージド・イグニッション [why is it ‘discharged’ in Japanese?]

chain drive = 鎖電動（くさりでんどう）

clean room = 無塵室（むじんしつ） we call it クリーンルーム

CNC = Numerical control (?)

cutting tool (machining) =  切削工具 ( せっさくこうぐ) or usually ツール. The stuff that goes in the presses is ツーリング .n.

die (mold) = 金型（かながた）

diode = ダイオード；二極真空管

failure analysis = 失敗学（しっぱいがく）

feed hole/sprocket hole = 繰出し孔

gear train = ギアトレーン

helical gear = 斜歯歯車（はすばはぐるま）；ヘリカルギア

laser = レーザー

load = 負荷（ふか）I think this meant load as in 供給

machine tool (machining) = 工作機械 ( こうさくきかい) I hate so much that they’re “machining machines” - 加工機械

magnetic field = 磁場（じば）；磁場（じじょう）；磁界（じかい）

milling machine = 製粉機（せいふんき）；フライス盤（ばん）

powder = 粉（こな）often referred to as 原料

prototype = 原型（げんけい）；祖型（そけい）；プロトタイプ also 試作

transmission = 変速機（へんそくき） or often トランスミッション

Qualities:

balance = 均衡（きんこう）；バランス

bevel (slanting surface) = 斜面（しゃめん）；傾斜（けいしゃ）；斜角（しゃかく）

brittle (fragile) = 脆い（もろい）

carbon-neutral = カーボンニュートラル

consistency = 一貫性（いっかんせい）；つじつま ?；徹底（てってい）

density = 密度（みつど）？；

濃度（のうど）？；比重（ひじゅう）(specific gravity)

dimensions = 大きさ（おおきさ）？; internal dimensions = 内寸（ないすん）？　should be 寸法

distortion = こじつけ；歪曲（わいきょく）；ディストーション

(metal) fatigue = 金属疲労（きんぞくひろう）

geometry = 幾何学（きかがく）・幾何（きか）I think it’s probably looking for 形状

hardness = 硬度（こうど）；剛性（ごうせい）；硬質（こうしつ）；硬さ（かたさ）

integrity = 整合性（せいごうせい）？

photovoltaic(s) = 太陽光発電（たいようこうはつでん）

proprietary = 私的（してき）？；特許（とっきょ）patented/ I think maybe 独自 as well

pore = 気孔（きこう）；細孔（さいこう）

porosity = 多孔性（たこうせい）；孔隙率（こうげきりつ）?；気孔（きこう）

purity (of a substance) = 純度（じゅんど）

sharp =  尖った (とがった)

ratio/proportion = 比率（ひりつ）I probably should be using that word

tolerance (electrical) = 裕度（ゆうど）most of the time it’s not electrical, it’s dimensional, and I think it’s 許容

versatility = 多芸（たげい）

Other:

cost saving = コストセービング；コスト削減（さくげん）；スケールメリット　HA it’s almost always “CR”

factory = 工場（こうじょう）

flange = フランジ

(the) former =  前者 (ぜんしゃ)   (vs. the latter)

integrity (trustworthiness) = 誠意（せいい）

(the) latter =  後者 (こうしゃ)

means; way; measure =  手段 ( しゅだん )

operator = 操作者（そうさしゃ）usually 作業者

preeminence (excellence, superiority) = 卓越（たくえつ）

screen = スクリーン

shop floor = 現場（げんば）；生産現場（せいさんげんば）

tooling cost = 型代（かただい）；型費（かたひ）；金型費（かながたひ）(metal)

vendor = 業者（ぎょうしゃ）；売り手（うりて）?

Abbreviations

PM = powder metallurgy

HVC = high velocity compaction

CDC = conventional die compaction

[handlecrop06-blog]

Kinds of Welding

Stick TIG MIG FCAW There are multiple names used for exactly the same process in welding since they are becoming commonly accepted slang terms. Regardless of whatever you refer to it as, if you understand these are same. Let me explain. Stick welding is often a slang term for "Shielded Metal Arc Welding" which is commonly abbreviated, or known, as "SMAW". The slang term arises from the rod utilized because it is seems like a stick. This is a method that works on the power supply that creates constant amperage to produce an arc. This type of welder utilizes a rod, or electrode, made of metal using a flux coating externally that protects the weld area from your air while the rod is burning. SMAW is mostly employed in the field because it is an operating welding process that is affordable, is effective of all metals, and enables welding thick materials. It is then a great joining process for some industrial construction needs. SMAW is also the standard way of welding that is certainly taught from the most schools as foundation to learning other kinds of metal joining processes. TIG welding, or TIG, can be an abbreviation for "Tungsten Inert Gas" however its proper name is "Gas Tungsten Arc Welding" commonly abbreviated and called "GTAW". In older days, previously be also generally known as "HeliArc". GTAW is really a joining technology that utilizes a consistent current power source much like Stick welding. What changes may be the way filler metal is deposited in the joint. TIG utilizes a torch with a part of tungsten to generate an arc. The torch also offers shielding gas flowing through it to guard the weld area from air. Characteristics of tungsten allow arc temperatures to arrive at over 10,000 degrees. The way TIG works is the arc is created in addition to a filler metal is added to the joint. Filler metals for this process can be found in wire form and so are simply cut to length. Essentially the most widely used shielding gas is Argon, which is used for welding greater than Ninety percent of metals. TIG welding can be used for welding exotic metals or anywhere that will need good quality welds. This process is probably the most challenging kinds of welding to master.

MIG welding, or MIG, can be an abbreviation for "Metal Inert Gas" which is more formally called "Gas Metal Arc Welding" or "GMAW". The term MIG emanates from the first shielding gasses used that were the inert, or Nobel, gasses. Today the gases used vary, and so the name has officially been changed to "Gas Metal Arc Welding". MIG welding will be the slang term that's commonly accepted. It is usually referred to as "Wire Wheel Welding". This technique runs on the wire feed to move solid filler wire towards the weld joint. The wire feed is connected to a continuing voltage power that creates the arc to melt the wire when it hits the weld joint. Ahead of the wire creates an arc there needs to be a shielding gas feed through the system. MIG welding is done via a MIG gun which combines the wire, electricity and shielding gasses all at the same time. The MIG gun carries a trigger that, once squeezed, starts the metal joining process. This method is known as semi-automatic since the filler metal is continuously feed for the weld joint. This metal joining process is typically utilized in factories where high production is needed. MIG is easy to operate but creating the apparatus can be troublesome for any less experienced operator. FCAW, or "Flux Cored Arc Welding", is technically considered a different type of welding process. In fact FCAW is often a different form of electrode or filler wire employed in a MIG welding machine. The electrode is a hollow tube that has flux inside the center. What this does is enable the electrode to weld without using a shielding gas. There's two varieties of electrodes found in FCAW; self shielding and dual shielding. Self can be an electrode that does not need any shielding gas. It is rather similar to a Stick welding electrode turned really well. What this may is allow welding in windy conditions. The down side to this of MIG welding is always that wind or drafts cause welding defects. A self shielding FCAW electrode solves that problem. Dual shielding electrodes need shielding gas to function properly. The main benefit of such a electrode will be the amount of weld it might deposit. FCAW is commonly utilized in shipyards or anywhere that has to have a great deal of welding to become done on thick metals. There are several more different varieties of welding which are used. Some examples are: Oxy Acetylene Lasers Brazing Soldering Plasma SAW or "Submerged Arc Welding" Friction Plastic Electron Beam Explosive Thermite Forge Ultra Sonic As well as the list continues on! Ultimately probably the most popular processes are Stick, TIG, MIG and FCAW. Necessities such as processes which are currently popular because they're what industry needs. They produce welds starting from mass production to x-ray quality. For more info about bbb.org please visit net page: look at this.

[buyautomachine]

Fully automatic mask making machines

Fully automatic mask-making machines have revolutionized the production of masks in China, addressing the global demand for reliable and high-quality protective gear. These machines have improved efficiency, ensured consistent quality, reduced labor costs, and demonstrated technological advancements.

[automachines]

USB Automatic Soldering Machine: Shenzhen Aituo Automation Device Co is the best USB Automatic Soldering Machine supplier in China. Automation is supplying the best quality machine at an affordable price.

[advancetech05]

How to Solder Using a Soldering Machine

Buying a soldering machine is a great way to get your hands on an inexpensive, yet highly effective tool for electronic component assembly. Before starting, you should clean the components and remove any oxide layers. Next, you should flux the components using a noncorrosive solution. Once the components are ready, place the printed circuit board on top of the melted solder. Metal clasps will hold the PCB in place as you solder.

When soldering, copper pipe conducts heat away from its joints. To get a smooth, leak-free joint, apply solder at the gap between the fitting and the pipe. Solder flows into the joint by capillary action. Afterward, remove the joint and wipe it clean with a dry rag to remove excess automatic soldering machine  and flux residue. A solder ring joint is made when a ring of molten solder appears around the edge of the fitting. The solder must be allowed to cool before re-joining the two pieces.

A dispensing machine stand is a useful tool, since it holds the hot iron while you're working. It comes with a sponge for cleaning the tip, and a spool of solder. These tools are great for beginners. If you have no experience soldering, a product selection tool can help you decide on the best machine for your needs. If you're not sure what to get, check out the Pro-Craft(r) electric soldering machine. The machine is available in several sizes, and is 10 1/4" by 6 3/4" in size.

To use a dispensing robot, you should hold the tip of the soldering iron near the component's lead or pad. It is crucial to touch the copper or gold component without damaging it. To achieve a solid connection, the solder should be applied in small circles of approximately 0.5 mm. Depending on the size of the wires, the amount of solder required will vary. The heat should be even enough to make a solid connection between the two pieces. When the glue dispensing machine , the joint will form a cone-like shape.

Another option is a temperature controlled soldering iron. These are often free-standing and have a head and a tip with a heating element. They are controlled by a epoxy dispensers base, which may have temperature control and temperature displays. Depending on the needs of your project, you can adjust the temperature with the iron and the hot air gun. This is a great tool for adding extra functionality to a project, and it will save you from the expense of a full remake.

A soldering station should be ESD safe, as this will help minimize the risk of a device malfunctioning. The soldering iron itself is plugged into the soldering station and contains a heating element and soldering bit. The soldering iron's tip is typically made of chrome, copper, or nickel solder. Once the device is set up, the soldering station can be used to solder various electronic components.

Before you begin, you should clean the tips of the soldering robot to prevent oxidation. Use acetone cleaner to clean the tips, and blow them with compressed air to remove any particles that may have gotten caught. If you use a flux, make sure you wipe off any excess flux before you begin soldering. If you can't do this, you may want to consider buying a flux-free soldering machine.

The hottest types of solder are tin and copper. Lead-based soldering fume extractor lead, while lead-free solder is made of tin and copper. Lead-free solder has higher melting temperatures and is better for the environment. Lead-free solder is almost identical to lead-based solder, but with higher melting temperature and less "wettability."

There are two types of soldering fume absorber: tinning and resistance soldering. Tinning increases the efficiency of a soldering iron. Resistance soldering is an energy-efficient alternative to flame-soldering. Its advantages are similar to flame soldering, but resistance soldering is more localized and heat-efficient. When used correctly, both types of machines are useful for soldering, brazing, and other applications.

When using a robotic soldering machine, it is crucial to wear protective clothing. The solder itself is molten metal, so safety glasses are essential. Make sure you wear gloves and don't wear loose clothing near the soldering area. Also, be sure to use a fume extractor. The fumes from the flux are toxic and can damage the lungs. Then, be sure to keep pets and children away from the area where the machine is being used.

[ankitweb]

A Complete Guide to CNC Woodworking Tools

Woodworking CNC Tools Manufacturers portable tools used in wood operations to measure, machine, and fabricate wood to a desired finished product. In this article, you will come to know more about Woodworking CNC Tools

Main features of CNC Woodworking Tools

1. Long-running insert knives provide superior smooth quality cuts every time.

2. Due to insert precision, tool life is extended.

3. Insert tooling permits for harder grades of carbide.

4. Knives can be re-sharpened various times without affecting the original profile.

5. Cost-effective solution contrasted to restoring brazed router bits

How to better understand woodworking CNC tools?

● Effortless cutting control of CNC tools or blade

In the process of machine manufacturing, CNC tools are the major cutting tools. Under normal circumstances, various kinds of tools are used in the processing of CNC Tools to facilitate the completion of cutting tasks.

Therefore, it is essential to ensure that the tool does not have any traces of being cut. In the actual cutting process, the relevant workpiece equipment should stop splashing problems as much as possible, and successfully ensure safety.

In addition, to lessen the occurrence of knife cutting splatter, in the actual operation process, technologies like vibratory knife cutting should be effectively combined to further upgrade the process level.

● Tool holders and blades have the features of automatic tool change and system

As the tool holder and blade have features of automatic tool change and system, there are higher necessities on the quality and specifications of the tool itself, and it is necessary to make sure that the tool can be universal.

Therefore, the CNC tool is required to have the ability to adjust and control the size at any time, or to enable the tool to automatically compensate for wear, and further enhance the speed and efficiency of tool replacement.

● High tool accuracy

The precision of the tool is high. In the actual CNC machining process, the CNC tools can complete numerous forms of adjustment.

By changing the position of the blade, non-identical types of machining tasks can be completed, which effectively enhances the accuracy of the CNC machining process.

● Tools or blades have long economic life and strong longevity

In the process of CNC machining process, it is normally considered whether the tool has long-lasting longevity.

Due to some objective factors, in the process of producing cutting tools, different kinds of tool materials will have various degrees of difference, like the quality of the blade.

In addition, even under the same production state and environment, the cutting tools produced will have unquestionable differences in quality, such as longevity problems.

Woodworking Making Gauge

A Woodworking marking gauge, also known as a scratch gauge, is used in woodworking and metalworking to mark outlines for cutting or other operations. The motive of the gauge is to scribe a line parallel to a reference edge or surface. It is used in joinery and sheet metal functioning.

The gauge comprises a beam, a head stock, and ascribing or marking implement, typically a pin, knife, pen or wheel. The head stock slides along the beam and is locked in place by numerous means: a locking screw, cam lever, or a wedge. The marking implement is fastened to one end of the beam.

[chiefcollectivecat]

The Causes Of Butt Welding Machine Failure And Its Solution

The three ways of butt welding machine welding

 Welding is a method of atomic (molecular) bonding of a workpiece by heating or pressure, or both, and with or without filler material.

 1. Fusion welding

 Welding method in which the base material to be welded is melted to form a weld. For example: carbon dioxide gas shielded welding, argon arc welding, electrode arc welding, tungsten arc welding, submerged arc automatic welding, etc.

 2. Pressure welding  

 The welding process must be applied to the weld pressure (heating or not) to complete the welding method. For example: friction welding, explosion welding, resistance welding, forging welding, deformation welding, ultrasonic welding, diffusion welding, etc.

 3. Brazing  

 It is divided into hard brazing and soft brazing; using a material with a lower melting point than the base material as brazing material, heating the weld and brazing material to a temperature higher than the melting point of the brazing material and lower than the melting temperature of the base material, using the liquid brazing material to wet the base material, filling the gap of the joint and diffusing with the base material to realize the method of connecting the welded parts.

 The causes of welding machine failure and its solution

 1. Poor welding effect

 (1) Cause: The guide rail is too tight leading to uneven electrode and clamp height on both sides.

(2) Solution: adjust the gap between the guide rail, so that the electrode clamps on both sides parallel.

 2. Normal power supply is too large

 (1) Reason: The top bar is too loose, so that the power contact is normally closed.

(2) Solution: adjust the distance of the top bar, power off in time.

 3. Material bending or fastness is not enough

 (1) Cause: tension is too tight or too loose resulting in improper gear selection.

(2) Solution: the diameter of the welded parts to set the tension, select the appropriate position.

 4. Power supply does not work

 (1) Cause: poor contact with the button switch, there is a broken wire phenomenon.

(2) Solution: remove the contact foreign body broken wire welding firm.

 5. Fuse often burned

 (1) The reason: the three-pronged connection or positioning of the transfer switch is not allowed.

(2) Solution: remove the three jaws and switch base on each contact point of foreign matter, so that to the correct positioning.

 6. Uneven flame head at both ends

 (1) The reason: electrode contact is poor.

(2) Solution: remove dust or foreign matter, so that the electrode surface is clean and flat.

 7. Weld the real special fire is very weak

 (1) The reason: the secondary coil heat is not edge or moving, fixed fixture touch.

(2) Solution: the secondary each layer of the compartment or dynamic, fixed fixture touching file away.

We are a professional butt welder supplier, always committed to provide customers with quality products, if you are interested in this, please contact Welping Co.