semiconductor optical fiber laser welding machine for hardware components

Principles of semiconductor laser source:Using semiconductor materials (i.e. electrons) to emit light in the energy band transition, two parallel mirrors are formed on the cleavage surface of semiconductor crystals as mirrors to form a resonant cavity, which makes the light oscillate, feedback, amplify the radiation of light and output laser


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Description of this Semiconductor laser welding machine
 

semiconductor optical fiber laser welding machine for hardware components Fiber laser source principle:Fiber lasers source are mainly composed of pump source, coupler, doped rare earth fiber, resonant cavity and other components. Semiconductor laser welding machine The pumping source consists of one or more high-power laser diode arrays.Semiconductor welding machine The pumped light is coupled into the rare earth doped fiber as a gain medium by a special pump structure. welding machine for hardware components The photons at the pump wavelength are absorbed by the doped fiber medium to form a particle number inversion.optical fiber welding machine The excited light waves are fed and oscillated through the resonator mirror. laser welding machine market welding machine for hardware components Forming laser output.Looking forward to your inquiry for this Continuous fiber laser welding machine

 

Features of this Semiconductor laser welding machine
 
1. Welding speed is fast, quality is good, no need to repeat operation.
2. High power, electro-optical conversion efficiency up to 50%, seamless welding can be achieved.
3. High reliability, low maintenance cost and low power demand, long life, life-long maintenance free.
4. Better integration application for field layout and integration
5. Compact structure space makes manipulation, management and maintenance more convenient and free.
6. It can be combined with corresponding supporting organizations to realize online production.
 
 


Applications of this Semiconductor laser welding machine

1. Applied to plastic reinforcement, seal welding, it can also be applied to the welding of precise parts such as mobile phone motherboard, digital camera, press plug-in, electronic components, advanced instruments and meters.
2. Applied to metal sheet splicing, seamless welding of pipe fittings and welding of structural parts with low assembling accuracy, such as welding of mechanical hardware kitchenware, automobile fittings and mold repair welding etc.
 
Parameters of this Semiconductor laser welding machine
 
Model NL-DW1000 NL-DW1500 NL-DW2000 NL-DW3300 NL-DW4000 NL-DW6000

Laser power
1000W 1500W 2000W 3300W 4000W 6000W

Power demand

Single-phase AC220v/50Hz Three-phase AC380v/50Hz Three-phase AC380v/50Hz Three-phase AC380v/50Hz Three-phase AC380v/50Hz Three-phase AC380v/50Hz

Equipment power

4 KW 6 KW 8 KW 13.2 KW 16 KW 24 KW

Laser type

Semiconductor

Control mode

PC+CNC2000

Communication mode

ID External RS232/ External ID

Wavelength

1080±5 nm

Working mode

Continuous / modulation

Maximum modulation frequency

5

Output welding head type

QBH

Output bond head type

T type/Y type Welding head +Laser gun

Output Power Stability

<3%

Power Consumption

10~100

Core diameter of output optical fiber

100um

Cooling mode

Water-cooling

Positioning observation system

Red light and high definition CCD monitoring

Focal length range

180 mm

Fiber length

5 m

Environmental requirements

No vibration, no interference source, keep ventilation.

Blow protection

Argon

Consumables

Filter core, purified water, argon.

Optional tooling

Rotary motor and multi axle slide table
 
Worktable parameters
 

XY max stroke

400*300 mm

Z - axis max stroke

250mm

Module precision level

C5

Position accuracy

±0.04mm

Repeatability

±0.01mm

Maximum speed

500mm/s

Power source

Servo motor

R axis rotation range

360°

R - axis rotation speed

1000 RPM
 
Pictures of this Semiconductor laser welding machine
 
 Sample map
 
 

 

 

 

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