| Customization: | Available |
|---|---|
| Type: | Coating Spray Gun |
| Coating: | Vacuum Coating |
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| Input Voltage | 208 - 240VAC, 10A, 50/60 Hz, single phase ( < 2500W) (110V version is available upon request ) |
| Input Power | < 2000W (including pump) |
| Output Voltage (DC) | AC10V upto 100A Max. for thermal evaporation DC 3KV, 10mA for Plasma sputtering Power required: |
| Vacuum Chamber |
Bell Jar made of pyrex glass 250mm Dia. x 340mm Height Two inner glass tubes are included for radiation blocking One is 88 mm ID x 140mm H for thermal evaporating The other one is 88 mm ID x 57mm H for plasma sputtering One stainless steel mesh enclosure is included for blocking light radiation during thermal evaporation ( see pic left ) |
Turbo Vacuum Pump |
High-speed turbo vacuum pump system is installed bottom of the coater Vacuum speed: 600L/S Vacuum level: 10e-6 torr Environmental working temperature: < 32°C |
Coating Source Assembling |
Three sets of coating source assembling are included. Dual heating station for thermal evaporating Can evaporate two kinds of materials in same time. Max. temperature can reach 1800ºC to evaporate almost all kinds of materials. Tungsten wire resistance heaters are included for immediate use. Spare Tungsten heater is available One set for carbon coating Assembling two carbon rods are included for immediate use One set for DC plasma sputtering One gold target ( 38mm Dia x 0.12 mm thickness) is included Optional Targets are available at extra cost |
| Control Panel | Control Panel allows you choose coating method and adjust sputtering current and evaporation power |
| Gas atmosphere | One needle valve installed to allow Ar gas flow to achieve better plasma coating |
| Overall Dimensions | L800mm× W560mm× H1340mm |
| Net Weight | 150 kg |
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