What should I use in laser welding equipment?

1. There are requirements for welds. (The weld seam is small, no solder is required) 2. Products with high automation. (Can be manually programmed, the path is automatic) 3. Products with small heat-affected area. (is a thin line) 4, high precision products. (Solder joint energy can be controlled).

5.Products with complex structures, such as car frames, etc.

6.If welding speed is required, galvanometer welding is extremely fast and efficient in a small range.

7.Some products have a small weldable position and must be laser welded.

Metal materials can be welded, suitable for molds, steel pipes, filters, nozzles, titanium alloys, aluminum, copper, ABS valves, transformers, mobile phone metal shells, die molds, electronic components, aluminum, copper products and other materials welding, repair and punching.

It is mostly used in mold repair, electronic product processing, mobile phone shell processing, auto parts processing and other industries.

Shenzhen Chaoyu Laser Technology Co., Ltd. is a high-tech enterprise dedicated to the research and development, production, sales and service of laser equipment. The company's production base is located in Longgang District, Shenzhen, covering two major industries: laser processing and laser sales. The company has gathered a group of talents with innovative spirit and dedication, and has been in a leading position in the field of laser technology research and development and application.

When there is no other way, try it.

Hello, happy with your question. 1. Preparations before start-up 1. Check whether the power supply and water circulation of the laser welding machine are normal; 2. Check whether the gas connection of the equipment in the machine is normal; 3. Check that the surface of the machine is free of dust, spots, oil stains, etc.

2. Turn on the power 1, turn on the power supply and turn on the main power switch; 2. Turn on the water cooler, laser generator, etc. in order; 3. Open the argon valve and adjust the gas flow; 4. Enter the current working parameters to be performed 5. Perform welding operations; 3. Shutdown 1, exit the program, and turn off the laser generator; 2. Turn off the dust collector, water cooler and other equipment in order; 3. Close the argon cylinder valve; 4. Turn off the main power switch.

Laser welding machines are used in a wide range of industries and can weld the following materials:

1.Metal. Common carbon steel, die steel, alloy steel, stainless steel, titanium, nickel, tin, copper, aluminum, chromium, niobium, gold, silver and other metals and their alloys, as well as steel, Kovar alloy and other alloys of the same material, can also meet the laser welding between different steels; The weld seam of the product welded by the laser metal welding machine is smooth and beautiful, and the welding speed is fast, 2-10 times faster than the traditional welding, and beautiful products can be welded without a master.

2.Plastics. The materials that can be welded by the laser plastic welding machine are fluorine resin (PFA), olefin resin (PE, PP), engineering resin (PBT, PA6, PC, POM), super engineering resin (PSF, PPS, PEEK, PEI, LCP), and transparent materials (PC, PVC, PP, PMMA, PET); Realize superimposed welding with wall thickness of 3mm and 5mm, and welding of non-woven fabrics (PP material); Realize continuous linear welding membrane welding of nonwovens with various grid densities; Achieve non-damaging welding of fluororesin membranes (25-100 microns); Laser plastic welding machine is widely used in industries, such as medical equipment, enterprise industry, 3C electronics and other industries need to use laser plastic welding machine to weld some precision and complex process of plastic components.

3. In addition to metals and plastics, the current soldering equipment also uses lasers, such as solder paste and tin wire, which are mainly used in electrical components, and are generally used in fields that cannot be completed by traditional automatic soldering machines and manual soldering, such as the welding of PCB circuit boards and FPC flexible circuit boards.

The laser welder can really weld iron, weld doors, weld wood, in short, it can be used to weld everything, and it will be very useful and convenient when decorating and building furniture.

The silicon steel sheet laser welding machine meets the needs of precision welding in various industries, mainly for the welding of thin-walled materials and precision parts, and can realize spot welding, butt welding, seal welding, etc. Laser welding machines can be applied to kitchen appliances, household appliances, precision machinery, precision sheet metal products, elevators and other industries.

Laser welding machine is used for galvanizing, silicon steel sheets, materials with low melting points and cemented carbide, various metal materials, copper, aluminum workpieces can also be processed, various series and thickness of stainless steel materials. The products are mainly used in metal welding, mainly for stainless steel, iron plate material and other industries to achieve high-quality welding process.

The non-contact operation method can meet the requirements of clean and environmentally friendly. The use of laser welding machine to process workpieces can improve work efficiency, the finished workpiece has a beautiful appearance, small weld seam, high welding depth and welding quality. The control functions of the power supply are programmed by software.

The response speed of the power supply is fast, there is no hardware adjustment, the product consistency is good, and it has higher reliability, smaller size, and stronger interference ability.

The industry applications of laser welding machines involve the following industries:

Sanitary industry: welding of water pipe joints, reducer joints, tees, valves, and showers.

Glasses industry: precision welding of glasses buckles, outer frames and other positions made of stainless steel, titanium alloy and other materials.

Hardware industry: impellers, kettles, handles, etc., welding of complex stamping parts and castings.

Automotive industry: engine head gasket, hydraulic tappet seal welding, spark plug welding, filter welding, etc.

Medical industry: welding of stainless steel seals and structural parts of medical appliances and medical devices.

Electronics industry: solid state relay seal welding, connector welding, mobile phone, *** and other metal shells and structural parts welding. Soldering of motor housing and wiring, optical fiber connector connectors, etc.

Household hardware, kitchenware and bathroom, stainless steel door handles, electronic components, sensors, clocks, precision machinery, communications, handicrafts and other industries, automotive hydraulic tappets and other industries with high strength products welding.

Powder metallurgy material products, integrated circuit and semiconductor device housings, plastic material products, stainless steel material products - Minglei laser.

A laser welding machine is a process in which a laser melts the material on the surface of a workpiece so that it joins another workpiece made of the same material. When the high-intensity laser beam is irradiated on the surface of the material, part of the light energy will be absorbed by the material and converted into heat energy, so that the material will be melted, so as to achieve the purpose of welding.

Handheld laser welding systemThe handheld welding torch and fiber CW laser are integrated, and the manual welding is more flexible and meets the diversified welding needs of non-standard metal parts.

Laser welding robot systemThe brand's industrial robots and advanced lasers are integrated, which is suitable for large-format space welding. The robot is intelligently operated, flexible, can be linked by six axes, and can be welded in any space, not limited to plane welding. Realize double-station or multi-station welding operation, save product installation fixture time, reduce manpower to replace traditional welding equipment, and greatly produce efficiency.

Hello, laser welding is a precision welding method that uses a laser beam with high energy density as a heat source, the surface heat is diffused to the interior through heat conduction, and the workpiece is melted by controlling the parameters such as width, energy, peak power and repetition rate of the laser pulse, forming a specific molten pool, which is one of the important aspects of laser material processing applications.

Mainly for the welding of thin-walled materials and precision parts, spot welding, butt welding, overlap welding, seal welding, etc.

As shown in the figure below:

Schematic diagram of laser welding.

Hello, the following is the encyclopedia's explanation of laser welding technology:

Laser welding technology is a fusion welding technology that uses a laser beam as an energy source to impact the weldment joint to achieve the purpose of welding. It is composed of an optical apparatus and a medium placed between the mirrors at both ends of the cavities.

Laser welding is non-contact welding, the operation process does not need to be pressurized, its working principle is to irradiate a high energy intensity laser beam directly on the surface of the material, through the interaction between the laser and the material, the material is melted inside, and then cooled and crystallized to form a weld.

Plastics can be welded with lasers.

Laser welding is the technology of using the heat generated by a laser beam to melt the contact surfaces of plastics, then bond thermoplastic sheets, films, or molded parts together. It first appeared in the 70s of the 20th century, but due to its high cost, it cannot compete with earlier plastic bonding technologies, such as vibration welding technology and hot plate welding technology. However, since the mid-90s of the 20th century, due to the decline in the cost of equipment required for laser welding technology, the technology has gradually become widely popular.

Laser welding technology can come in handy when the plastic parts being bonded cannot withstand vibrations, or when there are very high requirements for water and air tightness, or when a sterile and dust-free environment is required, such as medical devices and food packaging. Laser welding technology is fast, especially suitable for the assembly line processing of automotive plastic parts. Laser welding can also be considered for complex geometries that are difficult to bond using other welding methods.