2000w Handheld Single Motor Laser Lasmachine Met Vermogen Om 4mm Koolstofstaal Te Lassen

Name: 2000W handheld single motor laser lasmachine met vermogen om 4mm koolstofstaal te lassen
Uploaded: 2025-04-09CDT01:07:18-05:00
Duration: 30 s
Description: 2000W handheld single motor laser lasmachine met vermogen om 4mm koolstofstaal te lassen, Bekijken Lichte handheld laser lassen machine PWM Output Mode 30 Lasparameters opgeslagen voor koolstofstaal video, door kwaliteit De handbediende Machine van het Laserlassen Leverancier uit China.

Group: Handmatige lasersweismachine met één motor

Release Time: 2025-04-08

Video Keyword: De handbediende Machine van het Laserlassen

Video Overview

Discover the 2000W Handheld Single Motor Laser Welding Machine, capable of welding 4mm carbon steel with precision. This lightweight, ergonomic tool features PWM output mode and saves 30 welding parameters, making it ideal for both factory and on-site repairs.

Product Featured in This Video

Lightweight handheld design at just 0.7kg for comfortable use.
2000W welding power for efficient carbon steel welding up to 4mm thickness.
Adjustable laser beam size from 0-5mm for precise welding control.
QBH fiber connector ensures reliable laser transmission.
Red guide beam for accurate positioning during welding.
Saves 30 different welding parameters for versatile applications.
Includes 10m fiber cable standard, with options for 15m or 20m.
Compatible with argon or nitrogen gas for optimal welding results.

FAQ's

What materials can this laser welding machine handle?

This machine is designed for welding carbon steel, stainless steel, and aluminum, especially thin metal sheets.

How does the handheld design improve welding efficiency?

The ergonomic and lightweight design (0.7kg) ensures comfort during extended use, while the adjustable beam and red guide light enhance precision and ease of operation.

What are the cooling requirements for this welding machine?

In winter, antifreeze is recommended for cooling. The machine is designed to maintain optimal performance in various conditions.