Lichte Handheld Single Wobble Laser Welding Machine Voor 4mm Aluminium Lassen

Name: Lichte Handheld Single Wobble Laser Welding Machine Voor 4mm Aluminium Lassen
Uploaded: 2025-12-24CST00:09:53-06:00
Duration: 7 s
Description: Lichte Handheld Single Wobble Laser Welding Machine Voor 4mm Aluminium Lassen, Bekijken Lichte Handheld Single Wobble Laser Welding Machine Voor 4mm Aluminium Lassen video, door kwaliteit De handbediende Machine van het Laserlassen Leverancier uit China.

Group: Handmatige lasersweismachine met één motor

Release Time: 2025-05-29

Video Keyword: De handbediende Machine van het Laserlassen

Video Overview

Discover the Lightweight Handheld Single Wobble Laser Welding Machine, perfect for 4mm aluminum welding. This cutting-edge tool combines precision, portability, and ease of use, making it ideal for industrial and on-site applications. Experience high-quality welds with minimal post-processing.

Product Featured in This Video

Handheld Laser Welding Machine with a lightweight design for easy handling.
Handheld Laser Gun weighs only 0.7kg, ensuring operator comfort.
Features a red guide beam for precise positioning during welding.
Adjustable laser beam size from 0 to 5mm for versatile welding needs.
Includes a 10m fiber cable standard, with options for 15m or 20m.
Equipped with a QBH fiber connector for high-quality laser integration.
Supports argon or nitrogen gas for optimal welding performance.
Ergonomic design with a safety latch and touch-sensitive status light.

FAQ's

What materials can the Lightweight Handheld Single Wobble Laser Welding Machine weld?

This machine is ideal for welding thin metal sheets, including stainless steel, carbon steel, and aluminum, up to 4mm thickness.

How does the red guide beam enhance welding precision?

The red guide beam ensures accurate placement of the laser, allowing for precise and consistent welds every time.

What are the cooling options for this welding machine in winter?

In winter, the machine can be cooled by adding antifreeze to maintain optimal performance in low temperatures.