Introduction
Fiber laser welder adopts power feedback method ,which significantly improved energy stability comparing with traditional current feedback .Fiber laser welder does not have power decay due to power feedback technology
Advantages
● High depth-to-width ratio,small welding seam
● Little thermal distortion ,small heat affected zone
● High welding speed
● Non-contact welding,flexible transmission
● CCD camera monitoring system
● Uniform distribution of welding spot energy
Application
● Used in optical communication devices, medical, microelectronic components, batteries, optical fiber couplers, picture tube gun, metal parts, vibration motor, precision parts, automotive steel and other precision welding.
● Widely used in laser energy stability requirements more stringent Laser welding field.
Introduction
Fiber laser welder adopts power feedback method ,which significantly improved energy stability comparing with traditional current feedback .Fiber laser welder does not have power decay due to power feedback technology
Advantages
● High depth-to-width ratio,small welding seam
● Little thermal distortion ,small heat affected zone
● High welding speed
● Non-contact welding,flexible transmission
● CCD camera monitoring system
● Uniform distribution of welding spot energy
Application
● Used in optical communication devices, medical, microelectronic components, batteries, optical fiber couplers, picture tube gun, metal parts, vibration motor, precision parts, automotive steel and other precision welding.
● Widely used in laser energy stability requirements more stringent Laser welding field.
Specifications
Model | JHJ-G150 | JHJ-G300 | JHJ-G600 |
Laser types | YAG | YAG | YAG |
Max.laser power | 150W | 300W | 600W |
Laser wavelength | 1064nm | 1064nm | 1064nm |
Max. Laser pulse energy | 80J | 100J | 100J |
Laser split method | Time split or energy split | ||
Pulse width range | 0.5ms-15ms | 0.5ms-15ms | 0.5ms-15ms |
Successive pulse width ( 1sec. ) | 100ms/s | 100ms/s | 100ms/s |
Welding depth | <2mm(Stainless steel) | <3mm(Stainless steel) | <3.5mm(Stainless steel) |
Pulse frequency | 1-100Hz | 1-100Hz | 1-100Hz |
Power consumed | 9KW | 15KW | 24KW |
Power supply | AC 380V/50Hz | ||
Cooling method | Water cooling | ||
dimensions ( W×L×H ) | 66cm×130cm×107cm | ||
Fiber | Mitsubishi or domestic |
Specifications
Model | JHJ-G150 | JHJ-G300 | JHJ-G600 |
Laser types | YAG | YAG | YAG |
Max.laser power | 150W | 300W | 600W |
Laser wavelength | 1064nm | 1064nm | 1064nm |
Max. Laser pulse energy | 80J | 100J | 100J |
Laser split method | Time split or energy split | ||
Pulse width range | 0.5ms-15ms | 0.5ms-15ms | 0.5ms-15ms |
Successive pulse width ( 1sec. ) | 100ms/s | 100ms/s | 100ms/s |
Welding depth | <2mm(Stainless steel) | <3mm(Stainless steel) | <3.5mm(Stainless steel) |
Pulse frequency | 1-100Hz | 1-100Hz | 1-100Hz |
Power consumed | 9KW | 15KW | 24KW |
Power supply | AC 380V/50Hz | ||
Cooling method | Water cooling | ||
dimensions ( W×L×H ) | 66cm×130cm×107cm | ||
Fiber | Mitsubishi or domestic |
Sample of fiber laser welder
Sample of fiber laser welder