Fully automated, programmable standalone system with coordinated XYZ motion control using Windows-based software and user-friendly teach pendant with trackball. Versatile mid to high-volume or pilot scale production thin film coatings. Can be configured with standard SMEMA conveyor for inline coating solutions.
Visit How Ultrasonic Nozzles Work to learn more about the unique capabilities of ultrasonic spray.
Alternative Energy & Nanomaterials
Glass & Industrial
Medical
Semiconductor
Basic Specifications
| Dimensions: 869 mm W x 1952 mm H x 1137 mm D (34” W x 76.9” H x 44.8” D) |
| Work Area*: 500 x 500 x 100 mm (19.69” x 19.69” x 3.94”) |
| Control: Windows-based (PC included) |
| Power Requirements: 120V, 220V +/- 10%, 50-60 Hz |
| Air: 551.6 kPa (80 PSI) dry unlubricated air |
| Motors: Servo |
| Certification: CE |
| Ultrasonic Nozzle Designs: AccuMist, Impact, Vortex, MicroMist, or Propel |
System Options
| Heat and/or Vacuum Plate: 150, 250C heat/vac or 500C heat |
| Head configuration: up to 3 heads (Ultrasonic or Vector) |
| Common Options: SMEMA conveyor, wire/rod coater, Ultrastatic ESC, Nozzle rotate and/or tilt, 1 or 2 drawer load system, LEL Sensors, cleanroom upgrade, aggressive material upgrade, Auto substrate flipping, IR heat |
| Liquid Delivery: Common Liquid Delivery: Syringe pump (standard, Sonic or stirring), gantry mounted syringe pump, MicroFlow, SonoFlow Fusion, HyperFlow catalyst pump, gear pump |
| : *Additional custom options may be available depending upon application requirements |
