複数のレーザー源のための高性能QBHポートを持つハンドヘルドレーザークリーニングマシン

Name: 複数のレーザー源のための高性能QBHポートを持つハンドヘルドレーザークリーニングマシン
Uploaded: 2025-12-24CST00:13:35-06:00
Duration: 21 s
Description: 複数のレーザー源のための高性能QBHポートを持つハンドヘルドレーザークリーニングマシン, 表示 複数のレーザー源のための高性能QBHポートを持つハンドヘルドレーザークリーニングマシン ビデオ, 品質別 レーザーのクリーニング機械 中国からのサプライヤー.

Group: 手持ちのシングルモーターレーザークリーニングマシン

Release Time: 2025-02-19

Video Keyword: レーザーのクリーニング機械

Video Overview

Discover the Handheld Laser Cleaning Machine with High-performance QBH Port, designed for multiple laser sources. This portable and lightweight device (0.7kg) features a 1500W laser power, adjustable cleaning beam (0-300mm), and red guide light for precise positioning. Ideal for cleaning steel and stainless steel, it offers versatility and efficiency in industrial and outdoor settings.

Product Featured in This Video

1500W laser power for effective cleaning of steel and stainless steel.
Adjustable cleaning beam size from 0 to 300mm for versatile applications.
Lightweight handheld laser gun weighing just 0.7kg for easy operation.
Red guide beam ensures accurate positioning during cleaning tasks.
QBH fiber connector for compatibility with multiple laser sources.
Line-shaped cleaning laser beam for uniform cleaning performance.
Standard focus lengths of 50mm and 500mm for flexible use.
Energy-efficient design with a single-motor configuration for cost savings.

FAQ

What materials can the Handheld Laser Cleaning Machine clean?

The machine is designed to clean steel and stainless steel surfaces effectively.

How heavy is the handheld laser gun?

The handheld laser gun is lightweight, weighing only 0.7kg, making it easy to handle.

What is the power output of the laser in this machine?

The laser power output is 1500W, providing high-performance cleaning capabilities.

Can the cleaning beam size be adjusted?

Yes, the cleaning beam size is adjustable from 0 to 300mm to suit various cleaning needs.

What type of connector does the laser head use?

The laser head uses a QBH fiber connector, ensuring compatibility with multiple laser sources.