Stainless Steel Welding Tool
Stainless Steel working tool
Products Description
Stainless steel laser working tools use bestly focused laser beams to weld stainless steel components, resulting in precise and best-quality welds. This technology is popular in industries such as automotive, aerospace, medical devices, and electronics, where the need for accurate, clean, and efficient working processes plays a critical role in the overall performance and quality of the final product.
Key traits of stainless steel laser working tool
Good accuracy
Laser working tools afford exceptional accuracy and mastery, making it possible to weld the tiniest and most elaborate stainless steel parts with ease.
Rapid working speed
Laser working allows for increased working speeds, resulting in enhanced productivity and reduced production times.
Flawless seam
Laser-welded seams are known for their sleek and pristine appearance, with very little spatter or discoloration. As a result, they are perfect for projects that prioritize aesthetics or require minimal finishing after working.
Zero consumables
Laser working eliminates the need for filler materials, reducing material costs and simplifying the working process.
Parameters
|
NO. |
Name |
Parameter |
|
1 |
Model |
Hand-held fiber laser working tool |
|
2 |
Power |
1000W,1500W,2000W,3000W |
|
3 |
Wave length |
1070 NM |
|
4 |
Fiber length |
standard10M / Maximum 15M |
|
5 |
operate mode |
continuation/ modulate |
|
6 |
working speed range |
0~120 mm/s |
|
7 |
Cooling chiller |
Industrial water chiller |
|
8 |
Working environment temperature range |
15~35 ℃ |
|
9 |
Humidity range of working environment |
< 70% No condensation |
|
10 |
Working thickness advice |
0.5-3mm |
|
11 |
Working gap requirements |
≤0.5mm |
|
12 |
Working voltage |
220 V |
Knowledge of Stainless steel
Stainless steel sheets are often troubled by deformation during working. That is because the heat of the working tool used is too large, which not only causes deformation, but also changes the metallographic structure of the sheet, resulting in rust in the weld after working. To solve the problem of stainless steel deformation, a cold working tool or a laser working tool can be used. The cold working tool has the characteristics of low temperature and beautiful appearance, the deformation after working is very small, and the working seam is beautiful without polishing
Commonly used shielding gases can be divided into pure argon shielding and mixed gas shielding. A certain proportion of argon-nitrogen mixed gas is more conducive to the working of austenitic stainless steel, and some inert gases are not used due to their best cost. Argon-filling protection is a more traditional back protection method, which has the characteristics of better back protection, easy to master, best cleanliness, and best pass rate. Divided into protective cover argon filling protection method, partial argon filling protection method, working mouth direct filling argon connection protection method, etc.
Depending on the thickness of the material, the laser power range selected for different thicknesses is different, and the working effect may not be ideal if a low-power laser working tool is used for too thick plates.
At present, the competition in the laser working tool market is fierce, and there are many large and small manufacturers. It is recommended to find a few more companies to talk to when purchasing. You can consider the laser, control system, working torch, water cooler, etc., and then combine the price, After-sales service, cost performance, etc., comprehensive consideration.
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