High-Power Pulsed Laser Cleaning Machine

500W/750-1000W High-Power Pulsed Laser Cleaning Machine

Name: 500W/750-1000W High-Power Pulsed Laser Cleaning Machine
Brand: HeBei Datang Laser Technology Co., Ltd.
Availability: InStock

Laser cleaning is a new technology based on the interaction of laser and matter, which can achieve the effect of removing contamination and attachments on the surface of objects. Compared with traditional cleaning methods, laser cleaning has the advantages of non-contact, no damage to the substrate, precise cleaning, "green" environmental protection and online availability, and is especially suitable for high-speed online cleaning in designated areas.

Features Applications Specifications Advantage Download Brochures Relate Products

Features of High-Power Pulsed Laser Cleaning Machine 500W/750-1000W

Perfectly adapt to most of the laser cleaning light sources on the market.
The interface of the special software is clear, concise and easy to operate.
Laser parameters such as laser power and laser repetition frequency can be adjusted freely.

The galvanometer control optimization and positive sine wave signal control can effectively reduce the heat generation of the galvanometer and improve the service life of the galvanometer.
High-performance laser galvanometer, fast scanning speed and high precision, combined with professional control software system to meet the application needs of various laser cleaning.

Applications Scenarios of High-Power Pulsed Laser Cleaning Machine 500W/750-1000W

Applicable Industries

Industrial Manufacturing

Mold cleaning: It can quickly remove the aluminum adhesive layer on the surface of automotive die-casting molds, enhancing the efficiency by 5-10 times compared with traditional sandblasting, while restoring the mirror effect of the mold, reducing flash and prolonging the service life.

Metal processing: It is suitable for removing oxide skin on metal surfaces such as steel and aluminum, improving the quality of subsequent processes such as welding and spraying, and meeting green manufacturing standards.

Aerospace

Engine parts cleaning: used for aero-engine casing paint removal and can remove the thermal barrier coating on the surface of turbine blades, with little damage to the substrate.

Automotive industry

Pre-welding pretreatment: Replace traditional chemical cleaning to avoid environmental pollution and substrate damage, and improve welding quality and safety.

Paint removal repair: Precisely peel off the old paint layer, deal with complex curved surfaces, provide a flat surface for repainting, and improve the appearance quality.

Other fields

Precision cleaning: suitable for scenes with high cleanliness requirements such as aircraft engine blades, to avoid the pollution problems of traditional pickling and sandblasting processes.

Specifications of High-Power Pulsed Laser Cleaning Machine 500W/750-1000W

Type	GY-FLC500M	GY-FLC1000M
Supply Voltage	Single-phase 220V±10%, 50/60Hz alternating current
Average laser power	≥500W	≥1000W
Laser type	Optical fiber laser source	Optical fiber laser source
Frequency adjustment range	1-4000kHz	1-4000kHz
Optical fiber length	10m	10m
Cooling	Water cooling	Water cooling
scanning speed	30000mm/s	30000mm/s
scanned area	0-145mm, continuously adjustable; Dual-axis supports 9 scanning modes.	0-250mm, continuously adjustable; Dual-axis supports 9 scanning modes.
Size of the machine	990mm458mm791mm
Weight of the machine	About 152Kg	About 170Kg
Weight of the cleaning head(No optical head included)	＜1.5Kg	＜1.5Kg
operating mode	Handheld/Automated

Advantage of High-Power Pulsed Laser Cleaning Machine 500W/750-1000W

High damage threshold galvanometer lens, high light rate and large focal depth field lens, which can meet the long-term operation of high-power laser cleaning.
High-performance laser galvanometer, fast scanning speed and high precision, combined with professional control software system to meet the application needs of various laser cleaning.
Anti-interference design: Improve the anti-interference ability of the cleaning head through measures such as signal strengthening, signal line shielding layer, galvanometer encapsulation and metal shielding shell design. Ensure that the stability of light output will not be disturbed when robots and vacuum cleaners are integrated.