Project Description
Prism Spray Coating System
Prism Spray Coating System: Heated Vacuum Chuck for Lab Research
Prism Spray Coating System with upgraded heated vacuum chuck expands high-precision ultrasonic spray coating capabilities, becoming an ideal laboratory research solution for university and research institute optical device development. CHEERSONIC, a professional manufacturer of high-performance ultrasonic spray coating equipment for semiconductor, optoelectronics, solar and fuel cell industries, officially launches the customizable heated vacuum chuck accessory for the precision ultrasonic spray coating for prism coating system, perfectly catering to academic research and optical thin film coating experimental demands.
The exclusive heated vacuum chuck designed for the UAM1000 Prism Spray Coating System is tailored for ultra-thin substrates, silicon wafers, flexible foils and porous membrane coating research, core experiments innanocoating deposition and precision thin film fabrication. This advanced lab accessory greatly optimizes substrate fixation and temperature control, enabling researchers to achieve ultra-uniform coating thickness and consistent experimental repeatability — core indicators for high-standard optical device research. The programmable heating module supports substrate constant-temperature heating up to 150°C, meeting diverse temperature-dependent coating experiment requirements for optical prism components.
Equipped with two standard size specifications to adapt to different experimental substrate sizes, the sintered aluminum chuck plate ensures full-area uniform vacuum adsorption, effectively solves substrate warping and offset problems in micro-scale coating experiments. The integrated venturi vacuum generator delivers stable and lasting vacuum pressure, providing reliable technical support for laboratory R&D coating projects and small-batch sample preparation. As a highly configurable ultrasonic coating platform, the Prism Spray Coating System balances scientific research flexibility and experimental stability, fully applicable to optoelectronic device research, semiconductor micro-coating and new energy material coating experiments in university laboratories.
Different from traditional spray coating equipment, Cheersonic’s exclusive nozzle-less ultrasonic spray head technology boosts material transfer efficiency up to 99%, greatly reducing experimental material waste and lowering research costs for scientific research teams. The flexible system configuration supports customized parameter adjustment, perfectly matching the iterative experimental needs of optical prism coating research and new coating process exploration. Whether you are carrying out basic optical material research or innovative thin film process development, this upgraded Prism Spray Coating System can provide stable, high-precision coating technical support.
Have specific laboratory coating parameters or optical research project demands? Our professional technical team can provide customized solution design, equipment parameter debugging and one-on-one technical guidance for university research labs. Contact us now to get a free equipment quotation and experimental scheme tailored for your optical device research projects!
