Lāzera tīrīšanas iekārta 3000W
Laser cleaning of materials is a new technology based on the interaction of a laser with a material, capable of removing surface contaminants, adhering dirt and rust. Compared to traditional cleaning methods, the advantages of laser cleaning are that the material is not damaged, the cleaning is non-contact, precise, environmentally friendly and with immediate results. It is especially suitable for high-speed cleaning in special areas.
This laser cleaning equipment represents a new generation of high-tech surface treatment units, with simple installation, control and automation. Easy to operate without chemicals. Effectively cleans the surface, removing debris, resin, paint, oil stains, dirt, rust, coating and oxidation adhering to the surface. This technology is widely used in industry, ships, workshops, rubber factories, high-tech machine tools, railways and environmental protection.
Equipment Features
◎ Non-contact cleaning without damaging the material.
◎ Precise cleaning: The position and shape of the surface to be cleaned can be precisely determined.
◎ No cleaning liquids or raw materials are required, cleaning is safe and environmentally friendly.
◎ Easy to operate manually or using a paddle for automatic cleaning.
◎ Ergonomic design, low operator intensity.
◎ Rotating wheel design makes the machine easy to move.
◎ High cleaning efficiency and time saving.
◎ The laser cleaning system is stable and reliable, requiring only little maintenance.
Parametrai
Atkārtojuma frekvence | 20–200 (ar pakāpenisku regulēšanu) |
Darba vides temperatūra | 5 ℃–40 ℃ |
Dzesēšanas sistēma | Ūdens |
Elektrobarošana | 380V, 50/60Hz AC |
Jaudas regulēšanas diapazons(%) | 10–100 (ar pakāpenisku regulēšanu) |
Lāzera darba režīms | Nepārtraukts |
Patērētā jauda | 9 kW |
Skenēšanas ātrums | 20000 mm/s |
Skenēšanas diapazons (garumsxplatums) | 5–400 mm, ar bezpakāpju regulēšanu |
Skenēšanas platums | 0–500 mm |
Šķiedras vada garums | 10m |
Vidējā lāzera jauda | ≥3000 W |
Viļņu garuma diapazons | 1070 ±20 nm |