BMO Robot Laser Welding Machine CNBM from china

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
100 set/month

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Product Description:

BMO Robot Laser Welding Machine 

This machine is fiber transmission laser welding machine , it equip the Robot Arm’ stretch size is 1400mm or as customers request .This kind of laser welding machines can automatic and faster welding any shape products or complex designing welding application etc. BOAO laser not only just only produce the laser equipments and but also can designing the whole set of laser solution for the customers directly .

 

Main Features: 

 ♦This machine adopts 1064nm pulse laser as light source. It utilizes laser radiation to heat the surface of workpiece. The surface heat transmits to the internal part of the workpiece by heat conduction effect. The width, energy, peak power and repetition frequency parameters of the laser pulse can be controlled to melt the workpiece and then form melt pool. Because of its unique advantages, this technology has been successfully applied into micro & small metal parts precision welding and welding thin metal sheet.

 ♦Laser Beam is transmitted through flexible optical fiber and then is projected on the weld joint through the welding head. 

 ♦Laser welding is a non-contact welding process, no need of pressure infusion. Just required inert gas to prevent the melt pool from being oxidized. Precision Electric Slide.

 

Wide range of industrial applications of laser welding machine:

Such as batteries, electronics, optical communications, automotive, auto parts, sensor, microelectronics, hardware, household appliances, medical equipment, mold, bathroom, super capacitors, motors, instrumentation, aerospace, solar, glasses, jewelry, etc.

 

Welding material is mainly metallic material:

Such as stainless steel, aluminum alloy, carbon steel, mild steel, brass, copper, galvanized sheet, rare metals, etc.

 

Laser welding has the superiority of small welding spot diameter, narrow weld seam and excellent welding effect. After welding, there is no need further treatment or merely simple further treatment. Furthermore, laser welding is applicable to a large scale of materials and can weld various different materials. There advantages enable laser welding be widely used in varieties of precision welding processes.

 

Applications:  laser welding machine can weld stainless steel, aluminum, carbon steel, spring steel, copper, brass, galvanized sheet, rare metals, metal sheets and pipes for batteries, solar panel, denture parts, PCB panel, eyeglasses frames, jewelry, mold repairing, motor, automotive parts, hardware, aerospace, phone shell, electric heat pipe, small flange, super capacitors, household appliances, cooker, cooking utensils, kitchenware, medical equipment, electronics etc

 

Technical Parameters:

Model

BMO Fiber 400

BMO Fiber 600

BMO Fiber800

Average output power:       

  400W

600W

800W

laser wavelength

1.06µm

Beam divergency:  

≤8mrad

Energy output:      

≥150J   

pulse frequency

≤100Hz

laser material

Fiber Laser

pulse width

≤10ms



Running hour:          

24hours


Focus length:    

f=120mm


fiber core diameter

0.4mm/0.6mm

minimum diameter

of welding spot

0.2mm

rated laser power

400W

600W

800W

overall power

12KW

15KW

18KW

Fiber output

It can split light in energy and time.

The standard fiber is one channel and

six channels at most.

cooling system

Water cooling

power supply

380V±10%/50Hz

Dimension

1200mm*600mm*1100mm

weight

200kg around


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Q:How to improve the mechanical properties of materials?
Etc. There are many ways to improve or improve the mechanical properties of the material.
Q:What kind of materials can EDM machine
Steel and the like, pay attention to the castings of sand holes
Q:How to choose the material when doing mechanical design
It is difficult to use a few words to make it clear, but the principle is to first consider its strength (including toughness, elongation, hardness and other mechanical properties of materials), processing performance (cutting, heat treatment,
Q:Can the shears machine be processed?
According to the different machine model specifications, to establish the scope of processing materials
Q:Teflon rod material in the mechanical processing how to get the surface smoothness and clean surface
At the same time, keep other excellent PTFE performance. Filling varieties are glass fiber, metal, metal oxide, graphite, molybdenum disulfide, carbon fiber, polyimide, EKONOL, wear resistance, limit PV value can be increased by 1000 times.
Q:Mechanical equipment (automation equipment) What is the composition of the material, is steel or iron or other?
I have been away from this industry for a long time, the specific recommendations can not, but I see you should be processing a more special parts, it is estimated that precision machinery parts, material requirements are relatively high. I would like to produce what kind of high-tech automation equipment, two parts movement more flexible, highly automated parts of the surface is relatively smooth and relatively strong surface.
Q:How to choose mechanical parts material ah?
The performance of the various materials should be very familiar, and then consult the manual to see what general use in the area.
Q:Mechanical material forming cold forming and thermoforming What is the difference, the main processing of what materials
the role of environmental gravity without stretching without deformation.
Q:What kind of material is used for processing shafts?
What material is to look at the specific situation, the general industrial machinery drive shaft is 45 steel, requiring a high point with 40 chromium, but also a good point with 42 chrome molybdenum.
Q:Metal materials commonly used in the processing methods which
Metal materials commonly used in processing technology is divided into cold processing and hot processing, cold processing mainly refers to the mechanical processing such as milling machine drilling boring grinding, cold processing such as cold, cold bending, cold drawing, etc .; hot processing according to the use of different processes into casting

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