USED ULTRASONIC PRISM 400

Manufacturer Information:

Brand: Ultrasonic Systems

Model: Prism 400

Type: Ultrasonic Spray Coating System

Year Built: 2023

Condition: Used

Power: 1/50-60 Hz/220V

Description:
This Used Ultrasonic Systems Prism 400 Spray Coater, built in 2023, is a precision ultrasonic spray coating system designed for high-speed, uniform application of coatings on substrates up to 400mm x 400mm in size. With a coating speed of 600mm/second (20”/sec) and a motion system featuring X/Y precision ball screws, Z-axis stepper drive, and programmable tilt and rotation capabilities, this unit is ideal for demanding production environments. Includes a heated plate with setpoint range from 0°C to 150°C, configurable up to 200°C (392°F), and comes mounted on its own stand.

Specifications:

Model: Prism 400

Application Area: 400mm x 400mm x 125mm (15.75" x 15.75" x 4.72")

Coating Speed: 600 mm/sec (20 inches/sec)

Axis Stroke: Max. 16" X and Y

Motion System:

X/Y: Precision ball screw platform

Z: Lead screw, stepper drive

Tilt Motion: Up to 45° in two directions

Theta Rotation Range: 0–90° or 0–180°

Heated Plate:

Setpoint: 0–150°C standard (configurable to 200°C / 392°F)

Power: 1 Phase / 50–60 Hz / 220V

Includes: Floor stand

Year: 2023

Condition: Used

Features:

High-speed ultrasonic spray application

Multi-axis motion for 3D surface and angled coating

Fully programmable tilt and rotation for complex geometries

Stepper-driven Z-axis for precise vertical control

Precision linear X/Y motion for consistent application

Configurable heated plate up to 200°C for curing or process-specific needs

Integrated on stand for easy deployment and access

Ideal for conformal coatings, thin films, electronics, and advanced materials

Applications:

Conformal coating for electronics/PCBs

Semiconductor wafer spray processing

Thin-film deposition on sensors and substrates

Solar cell material application

Biomedical coating on components

Fuel cell layer application

Research and development in materials science

Microfluidics and MEMS coating

Ceramic and polymeric coating in lab settings

Precision lab or pilot-scale spray coating processes

What might this be used for?

Coating printed circuit boards for moisture and chemical resistance

Applying uniform thin films for semiconductor and MEMS devices

Producing solar cells and energy devices with precision layer deposition

Coating biomedical devices with functional or protective layers

Performing high-speed lab-based R&D spray trials

Developing or validating spray coating processes for advanced manufacturing

Thermal-cured material application with heated plate

Spraying onto angled or complex surfaces using tilt and rotation

Pilot-line coating operations for materials testing

Automation-friendly spray system integration