Laser Welding Systems

Laser Welding Systems Specification

Insulation Grade
F

Power
2000 Watt

Efficiency
90%

Cooling Method
Water Cooled

Welding Area
80 x 80 mm

Function
Metal Welding

Dimension (L*W*H)
1200 x 800 x 1400 mm

Condition
New

Pulse Frequency
150 Hz

Usage
Industrial

Voltage
380 V

Motor Type
Servo Motor

Output Current
300 A

Input Current
20 A

Rod Diameter
1.6 mm

Weight
350 kg

Type
Laser Welding Systems

Material
Stainless Steel

Spot Size
0.2 2 mm Adjustable

Wavelength
1064 nm

Max Joint Thickness
6 mm

Control System
CNC Controller

Operation Mode
Continuous / Pulsed

Laser Source
Fiber Laser

Protection Level
IP54

Beam Quality
M2 < 1.4

Display
Touch Screen

Service Life
100,000 hours

Laser Welding Systems Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
10 Units Per Month

Delivery Time
1 Months

About Laser Welding Systems

Laser Welding Systems

With rich industry experience and knowledge, we are engaged in offering a wide range of Laser Welding Systems that renders welding work quicker and more precisely. The offered range is fabricated by team of adroit professionals using high grade raw material and latest technology in compliance with market prevalent norms. These Laser Welding Systems are known for robust construction, high strength, optimum strength, easy installation and durability. Available in various specifications and this laser welding machine can also be customized as per the needs of clients within promised time frame.

Advanced Welding Performance

Harnessing a high-powered 2000 watt fiber laser, this system achieves precise welding for stainless steel up to 6 mm thick. Its flexible operation, adjustable spot size, and CNC-controlled accuracy make it perfect for demanding industrial applications where consistency and quality matter most.

User-Friendly Operation

Equipped with a modern touchscreen interface and advanced CNC controller, operators can easily configure welding parameters. The systems automation capabilities streamline repetitive welding tasks, increasing productivity while maintaining stringent quality standards.

Reliable and Durable Design

With IP54 protection, robust stainless steel construction, and a 100,000-hour service life, this laser welding system is built for longevity in harsh industrial environments. Water-cooling ensures sustained performance even during continuous operation, minimizing maintenance downtime.

FAQs of Laser Welding Systems:

Q: How does the fiber laser source improve welding quality in this system?

A: The fiber laser source delivers a high-quality, focused beam with consistent power, resulting in deep weld penetration, minimal heat distortion, and smooth seams. Its superior beam quality (M2 < 1.4) enables precision welding, especially suitable for intricate industrial applications.

Q: What materials can be welded using this laser welding system?

A: This system is optimized for metal welding applications, especially stainless steel, due to its powerful 2000-watt output and efficient cooling. It is ideal for joint thicknesses up to 6 mm, making it suitable for manufacturing, fabrication, and repair industries.

Q: When should I use continuous versus pulsed operation modes?

A: Continuous mode is preferred for long, uninterrupted welds requiring uniform joints, while pulsed mode is ideal for delicate workpieces or when controlling heat input is crucial. Pulsed mode helps prevent overheating and is beneficial for welding thin or complex components.

Q: Where is this laser welding system typically installed and used?

A: This system is designed for industrial settings across India, such as manufacturing plants, fabrication workshops, and metal processing units. Its robust build and IP54 protection make it suitable for environments with dust and moderate moisture exposure.

Q: What is the process for setting up and operating the CNC-controlled welding system?

A: Setup involves positioning the unit, connecting the 380 V power supply, filling the water cooling system, and loading workpieces in the 80 x 80 mm welding area. Operators can set parameters via the touchscreen and CNC controller for automated and precise welding cycles.

Q: How can businesses benefit from using this laser welding system?

A: Companies benefit through increased efficiency (90%), reduced maintenance with a 100,000-hour service life, and high-quality, repeatable welds. The automated processes decrease labor costs and improve production rates, offering a competitive advantage in industrial applications.