Description

Rust Removal Laser Machine Pulse 200W

The Handheld Laser Cleaning Machine utilizes advanced high-tech laser technology for non-contact cleaning. This system is designed to effectively remove resins, oils, stains, rust, and corrosion from various workpieces without damaging the underlying substrate. Its consumable-free operation makes it an energy-efficient and environmentally friendly solution. This technology is ideal for complex shapes and precision cleaning in industrial processing, offering higher cleanliness and reduced overall production costs. Key applications include automotive manufacturing, mechanical processing, electronics processing, cultural relic restoration, mold industry, shipbuilding, food processing, and petrochemical industries.

Laser cleaning technology employs high-energy laser beams to irradiate the workpiece surface, causing instant evaporation or peeling of contaminants, rust, or coatings. This high-speed process effectively removes adhered substances and surface coatings to achieve a clean finish.

The handheld laser rust removal head is ergonomically designed for comfortable, safe, and non-hazardous operation.

This technology represents a novel approach based on the interaction between laser and matter, distinguishing itself from traditional mechanical, chemical, and ultrasonic cleaning methods. It operates as a dry cleaning process, eliminating the need for CFC organic solvents that deplete the ozone layer. This pollution-free, noise-free, and environmentally harmless technology is a form of “green” cleaning. Laser cleaning offers significant advantages over conventional cleaning methods.

TECHNICAL PARAMETERS

Note: The above performance parameters are standard test data. Due to the complexity of actual applications, the data may vary.

Key Advantages:

• Efficient, fast, and cost-effective with minimal thermal and mechanical load on the substrate, ensuring non-damaging cleaning.
• Environmentally friendly with recyclable waste and no pollution.
• Safe and reliable, posing no harm to the operator’s health.
• Capable of removing a wide variety of coating thicknesses and compositions.

The Handheld Laser Cleaning Machine is a next-generation, high-tech, non-contact laser cleaning product. It offers efficient and environmentally friendly cleaning without damaging parts, eliminating consumables, and saving energy. It effectively removes surface contaminants like resin, oil, stains, dirt, rust, and corrosion, and is suitable for coating, plating, and paint applications. Its precision and flexibility are ideal for complex shapes in industrial processing, achieving superior cleanliness and production cost benefits. Primary applications include automotive manufacturing, mechanical processing, electronic processing, cultural relic restoration, mold industry, shipbuilding, food processing, and petrochemical industries.

Features of Laser Cleaning Machine

• Equipped with Raycus laser, ensuring high beam quality and stable performance.
• Hand-held laser cleaning head designed for convenience, ease of use, light weight, and suitability for prolonged operations.
• Integrated design with a compact structure for easy installation and immediate operation upon power-on.
• Broad material applicability, offering flexible and efficient use across various industrial processing scenarios.
• Low environmental requirements, a stable system, maintenance-free operation, and a long service life.
• Non-contact processing eliminates consumables, damage, and pollution.

Traditional Industrial Cleaning Methods

In industries such as petroleum, chemicals, steel, and power, the production, transportation, storage, installation, and operation of new equipment and pipelines inevitably generate oil stains, welding slag, oxides, polymers, scale, deposits, rust, and corrosion. Industrial cleaning is crucial for preventing major safety incidents like leaks and explosions. However, commonly used methods present challenges:

• Mechanical Friction Cleaning: Achieves high cleanliness but can easily damage the substrate.
• Chemical Corrosion Cleaning: Offers stress-free cleaning but results in significant pollution.
• Liquid and Solid Jet Cleaning: Provides flexibility but incurs higher costs and complex waste liquid treatment.
• High-Frequency Ultrasonic Cleaning: Delivers good cleaning results but is limited in size, and cleaned workpieces must be dry.

Advantages of Laser Cleaning Technology

Laser cleaning technology emerges as a green and environmentally friendly cleaning solution, offering distinct advantages over traditional industrial cleaning methods. It has garnered significant attention across industries including automotive manufacturing, electronic processing, mold making, and petrochemicals due to its:

• Consumable-free operation: No chemical pollution, no noise, and energy efficiency.
• Non-contact processing: No grinding, minimal stress, and negligible damage to the substrate.
• High cleanliness: Capable of removing pollutant particles below the nanometer level.
• Versatile application: Optical fiber transmission allows for movable operation and cleaning of difficult-to-reach areas.
• Synchronous processing: Enables simultaneous cleaning and processing with zero emissions.
• Efficiency: Facilitates rapid cleaning of heavy pollutants and high-speed cleaning of light contaminants.

Example Applications

• Rust removal
• Paint stripping
• Degreasing
• Pretreatment of parts before coating
• Pre-weld preparation
• Post-weld treatment
• Oxide removal
• Cultural relic restoration

• Aviation industry
• Shipbuilding industry
• Automotive industry
• Construction industry
• Food processing industry
• Tire industry
• Electronics industry
• Cultural relic restoration
• Production and processing industry