Programmable automated plasma sputter coater with DIP substrate transport and vacuum chuck — for controlled, repeatable thin film deposition on irregular and fragile substrates. Configured by Virospuk.
Programmable DIP Plasma Sputter Film Coater with Vacuum Chuck
Standard benchtop sputtering coaters require the operator to manually position and retrieve substrates, limiting throughput and reproducibility in environments where multiple samples must receive identical coating conditions. The programmable DIP plasma sputter film coater addresses this with a motorised DIP transport mechanism that introduces the substrate into the plasma zone at a precisely controlled rate, holds it for a defined dwell time, and retracts — all under automated recipe control. The integrated vacuum chuck secures substrates of any shape — irregular, curved, or fragile — without mechanical clamping that would damage delicate specimens.
Technical Specifications
Parameter
Specification
Deposition technique
DC or RF plasma sputtering (configuration-dependent)
Target diameter
2-inch
Substrate transport
Motorised DIP mechanism — programmable dip rate, dwell time, and retract rate
Substrate holder
Vacuum chuck — holds irregular, curved, and fragile substrates without mechanical clamps
Automated gold or iridium conductive coating of irregular SEM biological specimens
Batch coating of multiple small substrates under identical, reproducible conditions
Thin film deposition on curved optical components — lenses, mirrors, prisms
Fragile MEMs chip and semiconductor wafer fragment coating with vacuum-hold fixturing
Production-environment thin film application requiring recipe-controlled repeatability
Specify your substrate shape, coating material, and throughput requirement — Virospuk engineers will configure the DIP transport speed and vacuum chuck arrangement for your application.
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