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.
With a substrate processing width of up to 305 mm, you are well-prepared to advance the R&D processing of fuel cells , enabling efficient pilot-scale production of fuel cell technology.
Tailored for lab-scale research and development, this system enables the efficient lab scale application of slot-die coating fuel cell using roll-to-roll (R2R) processing.
Upscale from spin coating to slot-die coating and flexo printing. Integrate research, materials, and scalable processes into a unified platform perfect for R&D.
The LR2RC750 Coater is a complete system that facilitates the coating of all layers within the solar cell device stack, as well as the encapsulation of solar cells using various lamination options.
Streamline your fuel cell research with an intuitive design, making development and optimization effortless. It helps researchers turn innovative ideas into market-ready solutions.
The SDC Battery Coater Pro is specifically designed for researchers dedicated to developing and optimizing battery materials. It facilitates a seamless transition from research to commercialization.
Double your drying efficiency with the Double Inert Gas Oven, featuring dual-zone temperature control for critical processes. Ideal for precise, high-performance drying in research and pilot-scale operations.
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.