Portable Fiber Laser Welding Machine System 1000W 1500W 2000W 12000W

• After-sales Service: 7*24 Service
• Warranty: 2 Years
• Application: Electronic Industry, Automotive Industry, Manufacturing Industry
• Technical Class: Continuous Wave Laser
• Control: Manual
• Power Density: Heat Conduct Welding
• Model NO.: ML-WF-BP-IW3000
• Laser Classification: Optical Fiber Laser
• Type: Optical Fiber Transmission Laser Welding Machine
• Transport Package: Wooden Case
• Trademark: Herolaser
• Origin: China
• Production Capacity: 200 Pieces/Month

Product Description

Portable Fiber Laser Welding Machine System 1000W 1500W 2000W 12000W

 

Product introduction:

 

Herolaser is the first and leading manufacturer in China to develop and produce hand-held laser welding machine. Our handheld laser welding machines use the latest generation of laser sources, including continuous wave/pulse output modes. Suitable for welding stainless steel plate, carbon steel plate, galvanized plate and aluminum plate. Swing welding technology, adjustable focal length, operation with the highest process consistency, ensuring high quality products for the laser industry. Laser welding is a welding technique that uses lasers to join metals together. The beam provides a concentrated heat source, allowing for narrow, deep welding and high welding rates.

 

Laser processing has proven to be a high-quality, low-cost manufacturing process that requires a minimum of tools. Fewer dies/fixtures make laser machining ideal for prototyping. The Herolaser handheld laser welder can weld up to 10 times faster than traditional TIG welders. Safety design features (work lock, laser enable button and safety clip) provide maximum operator protection. Easy to operate and provides consistent, high-quality results across a wide range of materials and thicknesses, minimizing heat affected areas to ensure an aesthetically pleasing finish. Low power consumption, low noise operation, no special temperature condition requirements, different welding, and high melting point metals are well known advantages of laser welding machines. The equipment adopts integrated design, compact size, suitable for various working environments. Less skilled operators can produce the same results.

 

Laser welding is a procedure in which metals or thermoplastics are connected to create a weld using a laser gleam. Due to the concentrated heat source, laser welding can be performed at high welding velocities in meters per minute in thin materials.

 

Machine features:

 

1. The welding seam is smooth and beautiful, which reduces the subsequent grinding process and saves time and cost.
2. Easy to operate, no need welding work license, unskilled operator can also weld products beautifully.
3. No effect for etch after welding , low oxidation rate ,the color of the processing parts is intact .
4. The welding seam is smooth and beautiful, which reduces the subsequent grinding process and saves time and cost.
5. The welding speed is 2-10 times faster than the traditional welding speed. It can help you to save at least two welding operators a year.
6. Laser welding consumes less material and has a long-life, Safer and more environmentally friendly.

Components of Laser Welding Systems

 

It comprises a motored guide, laser optics, and a worktable if need be. The half-finished products that you're welding have to be fastened securely to enable an accurate joining.

 

The fastening and insertion of the immobile laser gleam welding systems can be automatic or motorized.

 

Apart from the accurately functioning servos of the robot hand and the welding optics, the regulation system is a crucial part in this welding system. It helps steer the arm to the designed spots and controls the laser gleam's intensity and duration.

 

A cutting system is a perfect addition to a laser welding system. The perfect shapes cut through this system offer the precise geometry that a laser gleam welding machine may utilize to achieve optimal results.

 

Technical parameters:

No.	Item	ML-WF-1000W	ML-WF-1500W	ML-WF-2000W
1	Laser Power	1000W	1500W	2000W
2	laser Wavelength	1070 NM	1070 NM	1070 NM
3	Fiber Cable length	10 meters	10 meters	10 meters
4	Cooling method	Water	Water	Water
5	Voltage	220V	220V	380V
6	Power consumption	5KW	7KW	9KW
7	Frequency	50/60 HZ	50/60 HZ	50/60 HZ
8	Currency	23A	32A	23A
9	Laser gun	motor wobble	motor wobble	motor wobble
10	Focus length	150mm	150mm	150mm
11	Cryogenic water flow	70 L/min	70 L/min	83 L/min

 

 

 

Fiber Laser welding VS Argon Arc welding:

 

	Laser welding	Argon arc welding
Welding scar/seam	Smooth, no welding scar	welding scar, color changed, need polishing work
Work piece deformation	N/A	Always have
Consumable items	Protective gas	Welding wire, protective gas
Operation	Mastering easily	Difficult, Experienced masters teaching needed
Efficiency	High	Low
Cost	Low	High

Components of Laser Welding Systems

 

It comprises a motored guide, laser optics, and a worktable if need be. The half-finished products that you're welding have to be fastened securely to enable an accurate joining.

 

The fastening and insertion of the immobile laser gleam welding systems can be automatic or motorized.

 

Apart from the accurately functioning servos of the robot hand and the welding optics, the regulation system is a crucial part in this welding system. It helps steer the arm to the designed spots and controls the laser gleam's intensity and duration.

 

A cutting system is a perfect addition to a laser welding system. The perfect shapes cut through this system offer the precise geometry that a laser gleam welding machine may utilize to achieve optimal results.

 

Application:

 

Ambry industry, railings of stairs and elevator, shelves, oven, stainless steel guardrail, distribution box, stainless steel home supplies etc.

 

 

Model Features

 

One benefit of thermal conduction welding is that the last weld comes out esthetically and highly smooth. For thermal conduction welding, it uses

 

a low-power laser that ranges from 500 watts.

Applications

 

Manufacturing tools: Due to its accuracy, laser welding is widely used in manufacturing tools. Therefore, it competes with the eroding procedure. The making of exact punching, casting, and pressing devices via subtractive or additive laser welding is the solution to the difficulties facing industries.

 

Automobile industry: When it comes to the automobile industry, laser welding is used as it has a tool-free operation style. Contrary to electron beam welding, the laser doesn't need any frequent wiping or replacing heads.

 

Ship making: The same also applies to ship making: Here it's all about accuracy - fabricated parts like rudders, drive screws, and control attain their desired tolerance via laser welding. Due to this, the ships achieve higher speeds and consume less fuel.

 

 

FAQ

1. Is laser welding potent?

In laser welding, you'll get more precise weld seams, and the finish is exceptional. The welds are also strong. Therefore, this manufacturing procedure is great for fine components. You can also use it in areas with restricted access.

 

2. Can aluminum be laser weld?

 

Laser welding is commonly used to connect aluminum and its amalgams.

 

3. Can you use filler in laser welding?

You can carry out laser welding with filler material. It can be done with wire or powder. Nonetheless, most of the industrial laser welding applications utilize wire.

 

4. Where is laser gleam welding mostly commonly used?

Laser welding provides a concentrated heat source and forms a potent seam at high velocity. Its procedures and applications are mostly used in the automobile industry. This is where lasers increase productivity at a low cost if you're laser welding automobile components like a door, roof, or filter assemblies together.

 

5. Why do we use lasers for welding?

The highly focused heat source produced by a laser can form a keyhole. As a result, laser welding creates weld metals in small volumes. It conveys only a restricted amount of heat into the encompassing material, and subsequently, the samples contort less as compared to those welded using numerous procedures.

 

 

Conclusion

 

You can use laser gleam welding for highly accurate weld seams. Since no electrode is used, the final weld seam is lightweight but potent. Certainly, the first investment is costly.

 

Nonetheless, a laser weld's quality and properties cannot be reproduced easily. Since lasers are increasingly becoming more energy-efficient and strong, it implies that the future of laser welding is certainly radiant!