Cabezal de limpieza láser galvánico 2D de alta potencia refrigerado por agua, personalizado (compatible con 50–1000 W) para preparación de superficies manual y robótica.
Presentación de las características del equipo.
El Greenstone-Tech GST-comP500C2000 es un high-power, water-cooled, 2D galvanometer (galvo) laser cleaning head designed as the core execution unit for industrial laser cleaning systems. Built with a compact, lightweight body and an aviation-grade aluminum integrated structure, it is ideal for handheld use or integration on robots/automation lines for continuous-duty cleaning.
This laser cleaning head supports multiple laser modes (spot / line / area scanning) and works with a wide power range (50W–1000W laser sources). With adjustable optical components and a wide focal adjustment range, it can automatically match suitable energy density for different substrates (metal, ceramic, plastic, stone, etc.), helping reduce the risk of thermal damage while maintaining efficient cleaning performance. Optional high-end configurations support electric focus and auto-focusing, with fast response for complex curves and irregular surfaces.
High-Power Water-Cooled Stability: Water cooling helps maintain stable output in long-duration cleaning tasks and demanding industrial environments.
Compact & Lightweight for Easy Integration: Small form factor and ~ 1 kg lightweight design (without handle) supports handheld operation and robotic mounting.
Durabilidad de grado industrial: Aviation-grade aluminum integrated housing withstands dust and harsh jobsite conditions.
Protección óptica superior: Quartz optical lens and coated protective layers help resist contamination, scratches, and laser impact for reliable operation.
Wide Power Compatibility (50–1000W): Works with a broad range of laser sources for flexible project matching and cost optimization.
Multiple Cleaning Patterns: Apoya spot, line, and surface scanning modes for different cleaning widths and efficiency needs.
Large Adjustable Focus Range (50–300mm): Flexible focusing for different working distances and surface geometries.
Optional Smart Focusing Functions: Selected configurations support motorized focusing + auto focus with response speed ≤ 0.1 s, ideal for complex curves and uneven surfaces.
Amplia cobertura de aplicaciones: Suitable for rust removal, paint/coating removal, oxide cleaning, pre-treatment before spraying/welding, mold cleaning, and delicate cleaning in restoration projects.
Aplicaciones principales
Manufactura industrial: rust removal, paint removal, weld pre-treatment, surface preparation before coating, mold cleaning, oxide removal on stainless steel/aluminum alloys
Automotive / aviation: parts cleaning, anti-corrosion preparation, residue removal, engine carbon deposit cleaning
Construcción y mantenimiento: steel structure rust removal, surface preparation, tile/glass surface contamination cleaning
Cultural heritage & restoration (low-power mode): bronze/stone contamination removal and surface cleaning with controlled energy
| Parámetro | Especificaciones |
|---|---|
| Modelo | GST-comP500C2000 |
| Dimensiones (mm) | 160 x 82 x 124 (without handle) |
| Peso (kg) | 1 |
| Tipo de interfaz | QBH |
| Distancia de trabajo | F210 |
| Longitud de onda (nm) | 1064 |
| Ancho de escaneo (mm) | 0-100 |
| Método de enfriamiento | Refrigeración por agua |
Soluciones de fabricación avanzada recomendadas
Descubra la gama de equipos industriales de alto rendimiento de Greenstone, diseñados para complementar sus objetivos de fabricación en áreas como el revestimiento láser, la fabricación aditiva DED, la limpieza láser, la ingeniería de superficies, la automatización de precisión y el procesamiento avanzado de materiales. Cada solución está estratégicamente diseñada para ampliar la capacidad de producción, mejorar la eficiencia de los procesos y fomentar la innovación industrial a gran escala.
Desde sistemas láser modulares hasta plataformas de fabricación inteligentes totalmente integradas, Greenstone ofrece a sus clientes tecnologías interconectadas que brindan mayor flexibilidad, precisión y excelencia operativa para los entornos de fabricación globales modernos.
