- Sierra de corte y troceado
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Máquina de pulir y pulir
- Rectificadora y pulidora de precisión
- Rectificadora y pulidora automática a presión
- Sistema Automático de Esmerilado y Pulido Metalográfico
- Máquina pulidora vibratoria
- Dispositivo Auxiliar para Esmerilado y Pulido
- Accesorios para máquinas de esmerilado y pulido
- Consumibles para máquinas de esmerilado y pulido
- Máquina de grabado y pulido electrolítico
- Máquina de recubrimiento de película
- Sistema de fusión
- Limpiador de plasma
- Molino de laboratorio y mezclador
- Prensa de laboratorio
- Instrumentos de prueba y análisis
Cómo hacer que la tecnología de recubrimiento sea más eficiente
New energy, flexible electronics, biomedicine and other fields are developing faster and faster. As one of the core processes, precision coating technology is facing new challenges.
For coating technology, higher requirements are placed on the accuracy, stability and material adaptability of equipment. Traditional equipment still has many problems in terms of uniformity and adaptability, which makes it difficult to meet the needs of scientific research institutions or enterprises.
Relying on years of technological accumulation and innovative breakthroughs, our company officially launched the Extruded Flatbed Vacuum Slot Die Coater Machine.
Precise control of slit die:
The Coater Machine adopts a micron-level precision slit die, with multi-dimensional adjustment function, users can accurately control the coating thickness (0.005-0.1mm), meeting the demanding precision requirements of semiconductor packaging, optical film layers and other scenes.
Flat bed substrate adaptability：
The open flat bed design is compatible with rigid/flexible substrates (such as glass, silicon wafers, PET films, etc.), substrate width: 200mm.
Wide range of application scenarios, targeting high-growth markets
Extruded Flatbed Vacuum Slot Die Coater Machine can be widely used in:
New energy field: perovskite solar cell electrode coating, solid electrolyte film preparation;
Flexible electronics: OLED display packaging, flexible sensor coating;
Biomedical: microfluidic chip coating, drug sustained-release film manufacturing;
Advanced materials: graphene conductive film, anti-fog/anti-reflective optical coating, etc.