MARVEL Series Laser Cutting Machine
SMART Series Laser Cutting Machine
Automatic Wire Feeder 40W LWD Series
LWD40S adopts semiconductor laser source, electric three-axis system design, highly integrated and modularized, equipped with auxiliary systems such as dust removal and ventilation technology, and safety auxiliary systems such as light curtains, door magnetic switches, and warning lights. The original temperature feedback system can directly control the temperature of the solder joints, and can display the welding temperature curve in real time to ensure the welding yield.
FARLEY LASERLAB AUTO: Automatic Wire Feeder
Automatic Wire Feeder 40W LWD Series
LWD40S adopts semiconductor laser source, electric three-axis system design, highly integrated and modularized, equipped with auxiliary systems such as dust removal and ventilation technology, and safety auxiliary systems such as light curtains, door magnetic switches, and warning lights. The original temperature feedback system can directly control the temperature of the solder joints, and can display the welding temperature curve in real time to ensure the welding yield. The coaxial CCD camera positioning and processing monitoring system can clearly show the solder joints and correct the alignment in time to ensure processing accuracy and automated production.
Automatic Wire Feeder 40W LWD Series
LWD40S adopts semiconductor laser source, electric three-axis system design, highly integrated and modularized, equipped with auxiliary systems.
1. Three-axis system with welding components to realize automatic welding.
2. The welding assembly is equipped with an automatic rotating wire feeding mechanism to realize multi-angle welding products.
3. Realization of customized test system: automatic wire feeding, temperature control adjustment, tin wire automatic angle adjustment, and automatic focus.
4. The software is easy to operate, logically visualized, and convenient to observe.
Features:
Semiconductor Laser & Modular Design
Original Temperature Feedback System
High Processing Accuracy
Complete Auxiliary & Safety Systems
Coaxial CCD Positioning System
Automated Production Ready
Automatic Wire Feeder 40W LWD Series – Technical Specifications
| Configuration | parameter requirements |
|---|---|
| Size (length, width and height) | 760mm*820mm*1700mm |
| Maximum output power | 40W |
| Center wavelength | 915±10nm |
| Output cable length | 5m |
| Output optical cable diameter | 200μm |
| Output cable length | 5m |
| Maximum power for collimating and focusing lens | 40W |
| Power stability | ≤3% |
| Roundness of the focused spot | >90% |
| Roundness of the defocusing spot | s >85%@±1mm, ±2mm |
| Effective welding area | 300mm*300mm |
| Control of working distance of all equipment | 150mm±1mm |
| Repetitive positioning accuracy | ±0.02mm |
| Coaxiality of red light and laser | / |
| Height accuracy between the welding head and the workpiece in the X/Y axis | ±0.4° |
| Feeder | ±0.1mm |
| Single focus constant temperature coaxial system | ±5℃ |
| Net weight | / |
| Working voltage 200-240 VAC, 50/60 Hz | 200-240 VAC, 50/60 Hz |
| Maximum electric power | 2.2KW |
Samples Display
Related products
In fact, in China, the first three laser cutting equipment were all from our company, which provides durable services to all customers. After decades of efforts
Automotive Seats Flexible Welding Equipment provides comprehensive solutions for automotive seat components welding, including seat rails, recliners and brackets. With extensive experience, FARLEY LASERLAB has collaborated with over 30 automotive parts manufacturers
Automotive Seats Flexible Welding Equipment provides comprehensive solutions for automotive seat components welding, including seat rails, recliners and brackets. With extensive experience, FARLEY LASERLAB has collaborated with over 30 automotive parts manufacturers.
This system adopts a high-precision imported robot with great flexibility and accuracy, paired with an imported high-performance gas laser generator. It features outstanding stability, high productivity and low operating cost