Laser Welding Machine

Modern metal fabrication demands speed, accuracy, and flexibility. A handheld laser welding machine delivers all three, making it one of the most advanced welding technologies available today. As a trusted manufacturer in the metalworking industry, IVILA provides a high-performance handheld laser welder designed for fast production, strong weld seams, and simple operation—even for beginners.

Why Choose a Handheld Laser Welding Machine?

IVILA’s handheld laser welding system is engineered for efficiency. With 3-in-1 functions—welding, cleaning, and cutting—the machine replaces multiple traditional tools, helping workshops save space, time, and operating cost.

Key performance highlights include:

• 3-in-1 laser tip: weldable, washable (cleaning), and cutting
• Adjustable welding seam width
• Automatic wire feeding for stable and beautiful welds
• 5–10× faster than traditional electric welding or argon arc welding
• Smooth, clean weld seams without deformation or blackening
• No sanding or secondary finishing needed
• Easy operation with minimal training
• Compatible with robots, positioners, and rotary devices to achieve fully automatic welding

For manufacturers aiming to upgrade their production line, IVILA’s laser welder significantly boosts efficiency while maintaining excellent weld quality.

Machine Specifications

Laser Power Options

• 1500W
• 2000W
• 3000W

Machine Size

• 1500W: 1000 × 500 × 765 mm
• 2000W: 1000 × 500 × 765 mm
• 3000W: 1100 × 580 × 900 mm

Power Consumption

• 8.5 kW (1500W)
• 11 kW (2000W)
• 16.5 kW (3000W)

Weight

• 102 kg / 111 kg / 145 kg

Electrical Requirements

• AC 220V, 50Hz
• 3000W laser requires 380V

Laser Parameters

• Wavelength: 1070 nm
• Fiber cable length: standard 10 m (optional 15 m)
• Pulse width: 0.1–25 ms adjustable
• Output red light power: >0.5 mW
• Power instability: <3%
• Cooling system: Water cooling
• Working temperature: 10°C–40°C

Configuration Table

How Laser Welding Works

Laser welding uses a high-energy-density laser beam to instantly heat and melt the surface of the material. The molten metals fuse together as the beam moves along the seam, forming a strong, clean weld.

Process steps:

1. Laser beam irradiates the material.
2. Material rapidly absorbs energy and melts locally.
3. The molten pool solidifies to form a weld seam.
4. Controlled beam movement ensures consistent, uniform welding.

This process is ideal for high-speed, high-precision metal joining.

Handheld Welding Gun – Key Features

IVILA’s self-developed welding gun provides unmatched stability and control:

✔ Self-Developed Control System

With built-in safety alarms, real-time monitoring, and clear parameter visibility, operators can work confidently and efficiently.

✔ Excellent Welding Stability

The entire system tracks machine status, preventing problems before they occur and making troubleshooting simple.

✔ High-Quality Weld Seams

Minimal deformation, deeper penetration, and precise melting provide beautiful results even on complex parts.

✔ Repeatable and Reliable

As long as laser power remains stable, all process parameters are perfectly repeatable—reducing operator skill requirements and improving productivity.

Laser Welding vs. Traditional Welding

Result: Laser welding is faster, cleaner, safer, and more precise.

Conclusion

The Handheld Laser Welding Machine by IVILA is a powerful all-in-one solution for modern metalworking. With multi-function capability, high welding speed, and exceptional seam quality, it helps factories reduce labor costs, improve efficiency, and produce cleaner, stronger welds.

Whether used manually or integrated with automated systems, IVILA’s laser welding machine is a smart investment for any workshop seeking advanced, reliable, and user-friendly welding technology.