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Industrial Laser Welding Machine

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MOQ : 1 , , Piece

Industrial Laser Welding Machine Specification

Frequency
50/60 Hz Hertz (HZ)

Weight
Approx. 135 kg Kilograms (kg)

Usage
Industrial Metal Welding

Dimension (L*W*H)
960 x 540 x 1100 mm Millimeter (mm)

Insulation Grade
F

Output Current
10-200 A Ampere (amp)

Arc Current
10-200 A Ampere (amp)

Power
1000 W Watt (w)

Voltage
220 V / 380 V Volt (v)

Type
Industrial Laser Welding Machine

Rod Diameter
1.0-2.5 mm

Input Current
20 A

Pulse Frequency
1-10 Hz Hertz (HZ)

Cooling Method
Water Cooling

Efficiency
>85%

Motor Type
Servo Motor

Function
High Precision Metal Joining

Condition
New

Material
Stainless Steel, Mild Steel

Display
Touch Screen LCD

Wavelength
1064 nm

Control System
CNC Control/PLC

Optional Accessories
Rotary Fixture, Chiller

Relative Humidity
85%

Gas Requirement
Argon/Nitrogen/Helium

Ambient Temperature
5C - 40C

Protection Level
IP54

Wire Feeding System
Automatic/Manual

Welding Speed
0-120 mm/s

Operation Mode
Continuous/Pulse

Spot Diameter
0.2-3 mm

Laser Source Type
Fiber Laser

Industrial Laser Welding Machine Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

About Industrial Laser Welding Machine

With the continuous support and sincere efforts put by our experienced professionals we have been able to provide Industrial Laser Welding Machine. This machine finds its application in automotive industry. It is made by using high quality required materials with the help of latest technology. Offered Industrial Laser Welding Machine is appreciated in the market because of its high quality, superb strength and highly durable nature. It can be availed by our clients at reasonable price rate within the stipulated time period.

Precision and Power for Industrial Metal Welding

This machine harnesses a 1000 W fiber laser with tight spot control (0.2-3 mm) and advanced servo motors to deliver intricate and strong welds on metals like stainless and mild steel. Its high efficiency (over 85%) and robust protection (IP54) support demanding industrial applications, while automatic or manual wire feeding ensures flexibility for various production needs.

Adaptable Operation with Smart Controls

Featuring a CNC/PLC control system and an intuitive touch-screen LCD, users can easily program continuous or pulse welding modes, set frequencies (1-10 Hz), and fine-tune parameters for different welding tasks. Integration with rotary fixtures, chillers, and flexible gas choices (argon, nitrogen, helium) enhances usability and broadens the scope of possible applications.

FAQ's of Industrial Laser Welding Machine:

Q: How does the fiber laser source benefit industrial metal welding applications?

A: The fiber laser source offers high beam quality, precision, and energy efficiency, enabling faster welding, deeper penetration, and minimal heat distortion. It's especially effective for joining stainless steel and mild steel in demanding industrial contexts.

Q: What metals can be welded using this machine, and what is the maximum welding area?

A: This machine is suitable for welding a range of metals, including stainless steel and mild steel. The maximum effective welding area is up to 100 mm, accommodating various industrial component sizes and shapes.

Q: When should I use the continuous versus pulse operation modes?

A: Continuous mode is ideal for long, uninterrupted welds on uniform surfaces, offering higher speeds. Pulse mode is better for precision tasks, reducing heat input on delicate or thin sections and enabling spot welding requirements.

Q: Where can this laser welding machine be installed and operated?

A: The machine is designed for industrial environments with ambient temperatures of 5C to 40C and relative humidity up to 85%. It requires an indoor setup with power supply options of 220 V or 380 V and adequate space for its dimensions (960 x 540 x 1100 mm).

Q: What is the wire feeding system, and how does it enhance the welding process?

A: The machine offers both automatic and manual wire feeding systems. Automatic feeding increases productivity in repetitive tasks, while manual mode suits custom or specialized welds, giving users control over wire input for optimal results.

Q: How does the water cooling system contribute to machine efficiency and longevity?

A: The water cooling system maintains optimal operating temperatures, prevents overheating, and ensures consistent welding quality during extended sessions. This safeguards internal components and prolongs the machine's service life.

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