Handheld Laser Rust Removal Machine

Product introduction

1. Laser Source
Compared to traditional laser sources, this unit features higher photoelectric conversion efficiency, lower power consumption, and superior beam quality. The fiber laser source boasts a compact structure and is ready for immediate use.

2. Chiller
With a temperature control accuracy of ±0.5°C, the dual-temperature design simultaneously meets the cooling requirements of both the main laser unit and the laser cleaning head. It also offers two temperature control modes—constant temperature and intelligent temperature control—to satisfy the cooling needs of the laser cleaning machine in various operating environments.

3. Cleaning Head
Equipped with a safety detection system, the unit features dual-control activation via both a safety lock and a trigger mechanism, providing multiple layers of protection to ensure user safety. Utilizing a brand-new optical path design, it achieves a maximum cleaning width of 300 mm and a maximum working distance of 800 mm, allowing for zero-angle cleaning of the work surface.

4. Operating System
The system interface is intuitive and user-friendly, offering an excellent human-machine interaction experience. It enables precise control over parameters such as laser activation/deactivation, power output, cleaning width, and scanning frequency. Additionally, it features a built-in process library capable of saving historical configuration data to accommodate a wide range of processing requirements.

5. Precision Filter
The precision filter consists of a three-stage filtration system designed to remove dust, oil, and moisture from compressed air, with a processing capacity of up to 1.5 m³/min. This three-stage filtration process ensures the purity of the compressed air, thereby preventing potential damage to the cleaning head assembly.

6. Handheld Laser Cleaning Machine
This device utilizes a high-intensity laser beam to effectively strip away and remove rust layers, paint coatings, and other contaminants from metal surfaces. It is easy to operate and user-friendly, characterized by low energy consumption, high safety standards, and thorough cleaning capabilities that leave no blind spots. Consequently, it is adaptable to a broad spectrum of application scenarios and processing demands.