The stripper unit efficiently removes protective liners or foils just before the coating or printing station, ensuring a clean substrate for precise processing.
Cut, trim, slit, and split with ease using the Knife Cutter. It simplifies foil handling with ultra-durable carbide cutters and easily adjustable cutting positions.
The Laser Scribing System offers a precise and efficient method for patterning of Indium Tin Oxide (ITO) based substrate used in the fabrication of Perovskite and other printed solar cells. The laser system allows for high resolut...
Bar Coater for thin films: The spring-loaded system compensates for minor alignment inaccuracies. Simply push one of the five bars (10, 25, 50, 100, or 250 microns) into the holder to achieve various wet thicknesses.
Enhance your thin-film drying process with the compact inert gas oven. Featuring precise PID temperature control and flexible gas flow options, it's ideal for fast, consistent drying in research and pilot runs. Perfect for solvent...
Achieve rapid, direct heat transfer with our 1000W Infrared Oven, designed for efficient thin-film drying. With adjustable IR intensity, and inert gas options, it's perfect for advanced coating and drying applications in the lab.
This powerful infrared (IR) heat source efficiently transfers heat directly to the material, rather than the surrounding air. Up to 1 kW IR oven with options for curing under inert atmosphere.
The UV-LED curing system utilizes LED light sources for fast and efficient curing (photopolymerization) in a wide range of applications, including adhesives and coatings.
Maximize your drying versatility with our combo oven, offering integrated hot-air, inert gas, and infrared (IR) technologies. Ideal for advanced thin-film processing where multiple heating methods are required in compact spaces.