Automatic Platform 3 Axis 4 Axis 5 Axis Fiber Laser Welding Machine
Equipped With A CCD Monitoring System And Advanced Control Software, The Fiber Laser Welder Makes Accurate Positioning, Auto-Focuses On The Welding Parts, And Produces High-Tensile Tight Seams With Top Visual Quality. With Fixtures And Rotating Devices, You Gain A Boosted Welding Efficiency By Quickly Welding Similar Products In Large Quantities And With High Consistency.
1. It Get More Design Freedom To Create Various Seam Shapes.
2. X, Y, Z Electric Three-Axis Stroke 400*300*300, It Can Reach Repeat Positioning Accuracy ±0.05.
3. Optional Laser Generator, Such As YAG, QCW High-Speed Splitter, Fiber Laser, Semiconductor, Etc.
4. Exclusive Models Can Be Customized According To Customer Needs, And Two Rotating Shafts Can Be Added.
"HW20 Double Pendulum Galvo"Lt Is A Dual-Axis Swing Welding Headindependently Developed By Our Company. The Welding Head Consists Of A QBHcollimation Module, A Dual-Axis Galvanometer Assembly, A Focusing Module And ACCD Monitoring Module.The Internal Integrated Galvanometer Controller And Driver, The Galvanometerfrequency Is 200Hz, And The Spot Width Is 0-5mm.
- The Efficiency Of Electro-Optic Conversion Is Up To 25%~30%, Excellent Pulse Power And Energy Stablity.
- Long Life, High Precision, The Pump Source Life Of >10 Million Hours.
- The Speed Is Faster And The Effect Is More Perfect; The Beam Quality Is Optimized For Application.
- Compact Structure Design; Small Size, Light Weight, Maintenance Free.
- Low Cost Compact Solution, Using Semiconductor Optical Fiber As A Laser Medium, Without Laser Gas, Green Environmental Protection.
| Model |
DHH-2000 |
DHH-3000 |
DHH-6000 |
| Laser Power |
2000W |
3000W |
6000W |
| Laser wavelength |
1080+5nm |
1080+5nm |
1080+5nm |
| Power range |
10-100% |
10-100% |
10-100% |
| Welding accuracy |
0.02mm |
0.02mm |
0.02mm |
| Fiber interface |
QBH |
QBH |
QBH |
| Power Requirements |
380V/50-60HZ |
380V/50-60HZ |
380V/50-60HZ |
| XYZ axis |
1000/800/500mm |
1000/800/500mm |
1000/800/500mm |
| Dimensions |
3000*1200*1800mm |
3000*1200*1800mm |
3000*1200*1800mm |
| Total Weight |
2000KG |
2000KG |
2000KG |
| Laser Source |
Laser Chiller |
| Custom Fixture |
Special Welding Software |
It can weld points, lines, circles, squares, or any planar shape composed of arcs.
FAQ
Q: What safety measures should be taken when performing lithium battery pack laser welding?
A: Lithium battery pack laser welding should only be performed by trained personnel with appropriate safety equipment. The laser beam can be hazardous to the eyes and skin, so proper eye protection and protective clothing must be worn. Additionally, proper ventilation is necessary to remove any fumes or vapors generated during the welding process.
Q: Can lithium battery pack laser welding be automated?
A: Yes, lithium battery pack laser welding can be automated using robotic systems. Automated laser welding can improve the efficiency and accuracy of the welding process, leading to greater consistency and quality of the battery packs.
Q: What industries use lithium battery pack laser welding?
A: Lithium battery pack laser welding is used in a variety of industries that require high-performance lithium batteries, such as aerospace, automotive, and consumer electronics. It is also used in the production of medical devices, power tools, and renewable energy systems.
Q: What are the different types of laser welding techniques used in lithium battery pack assembly?
A: The two main types of laser welding techniques used in lithium battery pack assembly are pulsed laser welding and continuous wave laser welding. Pulsed laser welding involves using short, high-intensity pulses of laser energy to create a weld, while continuous wave laser welding uses a continuous stream of laser energy to create a weld.
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