Máquina de limpieza de moldes Greenstone-Tech (limpiadora no destructiva)
Presentación de las características del equipo.
GST2-H-100/200 delivers true non-destructive surface cleaning for demanding industrial applications. Powered by a modern control platform and a high-accuracy galvanometer scan system, the unit follows optimized beam trajectories that eliminate carbon, release agents, weld oxides, heat tint and residues without mechanical abrasion or substrate damage.
Specially suited for silicone rubber product molds and stainless-steel weld seam cleaning, the GST2-H series also effectively treats stainless steel, mold steels, aluminum alloys and titanium alloys. The system restores original surface luster and inspection readiness while minimizing downtime, consumables and secondary waste. With configurable process recipes and repeatable scan control, GST2-H ensures consistent, inspection-grade results even after multiple passes on the same spot — making it ideal for tooling shops, precision manufacturing, aerospace, automotive and mold maintenance operations.
Outstanding non-destructive performance
Incluso después 300 repeated passes at the same spot, material removal is limited to only 0.2 μm, delivering genuine zero-damage cleaning. This makes the GST2-H ideal for high-frequency maintenance of precision molds and critical workpieces.
Uniform, consistent cleaning results
A finely tuned combination of advanced optics, robust mechanics and intelligent control algorithms delivers stable, even cleaning — even in handheld operation. The result is repeatable process quality and consistent surface condition across the entire treatment area.
Thorough cleaning with defect-free finish
Removes all types of contaminants while leaving surfaces free of yellowing, blackening or other defects. Even heavy deposits, after multiple cleaning passes, reveal a pristine metallic luster suitable for inspection and finishing.
Precise layered (selective) cleaning
Support for accurate, layered removal lets you selectively strip oils or oxide scale without damaging platings or coatings — or remove both oils and coatings while preserving the mold substrate. Achieve precise, process-controlled material removal tailored to the job.
Modos de operación flexibles
Ofrece ambos portátil y la automatización modes — perfect for inline cleaning of non-removable molds and tooling. Eliminates disassembly steps, greatly improving turnaround time, convenience and throughput.
Perfect surface preservation
After stainless-steel weld cleaning, color and texture match the parent metal — preserving brushed patterns and original surface aesthetics and functionality for a like-new finish.
| Especificaciones | Detalles |
|---|---|
| XNUMX- Cuales serian las circunstancias por las cuales tu producto cambiaria de precio? (Obligatorio - Publico) | Greenstone-Tech |
| Nombre del producto | Mold Cleaning Machine (Non-destructive Cleaning Machine) |
| Modelo | GST2-H-100/200 |
| Potencia media del láser | 100W / 200W (300W/500W customizable) |
| Longitud de la fibra | 5m |
| Peso neto | 28kg |
| Peso del cabezal de limpieza | 1.3kg |
| Dimensiones del chasis | Largo 603 mm × Ancho 258 mm × Alto 481 mm |
| Tensión de alimentación | AC 220±10% V |
| Frecuencia de red | 50Hz |
| Consumo de energía a 25 °C | <800W (@GST2-H-100) / <1300W (@GST2-H-200) |
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.
