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Laser Power | Single Mode 100W/ 200W/ 300W | Multi-Mode 300W/500W/750W/1000W | |||
Max monopulse energy | 1.5mj | 5mj | 5mj | 12.5mj | 12.5mj |
Laser Wavelength | 1080±10nm | ||||
Laser Working Mode | Pulsed | ||||
Pulse Width | 10-500ns | ||||
Frequency Range | 1-1000kHz | ||||
Fiber Cable Length | 5m (10m customized) | ||||
Scanning Mode | 8 patterns | ||||
Adjustable Scanning Range | 10-130mm (F=160/210/254/300mm is optional) | ||||
Cooling Method | Air Cooling | Water cooling | |||
Working Voltage | AC 110 -220V±10%, 50/60Hz | ||||
Controlling Power Range | 0 – 100% | ||||
Power Consumption | <3KW | ||||
Working Temperature | 0~45℃ | ||||
Storage Temperature | -10~60℃ | ||||
Operation Humidity | ≤80% | ||||
Cleaning efficiency (㎡/h) | 15 | ||||
Machine Dimension | 970*500*800 mm | ||||
Net Weight | 100kgs | ||||
The clear circuit line panel in these machines adheres to IEC 61439-1&2 standards, ensuring the safety and reliability of low-voltage switchgear and control-gear assemblies. This compliance guarantees that the electrical equipment meets stringent safety requirements, providing reliable performance and safeguarding operators and equipment .
The machinery directive, particularly EN ISO 11553, specifies safety requirements for laser processing machines. This includes necessary protection measures and labeling to mitigate hazards. Compliance with these standards ensures the prevention of accidental radiation exposure, protecting users’ health .
These machines also comply with the Low Voltage Directive (LVD), ensuring safe operation within specified voltage limits. Adhering to EN 60825 standards further emphasizes safety, covering various laser products to ensure they are safe for use .
Pulsed laser cleaning machines come in two cooling types: air-cooled and water-cooled. Typically, lasers up to 300W use air cooling. For higher power levels like 500W, 750W, and 1000W, water cooling is required.
Water cooling is crucial for high-power machines. It efficiently controls the laser’s temperature, ensuring stable performance during prolonged use. This system circulates water to absorb and dissipate heat, preventing overheating and extending the equipment’s lifespan.
Air cooling is suitable for lower-power machines, using airflow to dissipate heat. It is simpler and easier to maintain. While not as effective as water cooling, air cooling is lightweight and cost-effective, ideal for applications with lower power requirements and less continuous operation.
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The laser derusting machine is a high-tech product offering high efficiency, environmental protection, no pollution, and low energy consumption. Its versatility makes it suitable for various industries, including manufacturing, maintenance, moulding, cultural relic restoration, and the stone industry.
Laser cleaner machines are primarily used for cleaning metal surfaces in manufacturing, such as parts for cars, planes, and railways. They effectively remove rust, oxide layers, oil stains, and other contaminants without damaging the metal substrate, unlike traditional cleaning methods. This results in quick, efficient, and non-destructive cleaning of metal surfaces.
In the maintenance industry, laser cleaning machines are used for equipment, tools, and parts, including mechanical, aviation, and electronic equipment. Conventional cleaning methods can wear down equipment surfaces, but laser cleaning preserves the substrate, offering a safe, environmentally friendly, and efficient solution for removing corrosion, rust, and other contaminants.
In the mold industry, contaminants such as oil stains and welding slag often accumulate on mould surfaces, affecting their lifespan and performance. Laser derusting machines can clean these pollutants without causing surface wear or reducing mold accuracy, thus enhancing mould longevity and effectiveness.
Laser cleaners are instrumental in restoring ancient artefacts, including stone carvings, steles, pottery, and metalware. Traditional cleaning methods risk causing secondary damage to cultural relics, but laser cleaning allows precise control of energy and position, avoiding harm. Additionally, laser cleaning can reach intricate areas, such as small sculptures or complex three-dimensional structures.
In the stone industry, laser cleaning machines efficiently clean building materials like marble, granite, and concrete. They offer a faster cleaning process for large stone areas while avoiding environmental pollution from chemical cleaning agents. The laser cleaning machine can precisely control the depth and intensity of cleaning, preventing damage to stone surfaces.
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