Low-temperature plasma for your project

Low-temperature plasma technology opens the door to a remarkable variety of applications across science, industry, and healthcare. Its unique properties enable plasma chemical processes, plasma-stimulated combustion, and the synthesis of novel materials, while also providing effective solutions for environmental challenges such as toxic waste treatment and greenhouse gas decomposition. In the fields of microelectronics and materials engineering, plasma facilitates surface modification, etching, and coating techniques that are essential for precision manufacturing. Beyond these industrial uses, plasma also finds applications in aerodynamics for gas-flow control, in energy systems as radiation sources, and in groundbreaking advances in plasma medicine and plasma biology, where it is used to promote healing, sterilization, and cellular manipulation.

Each of these diverse applications demands a carefully tailored plasma source. The effectiveness of plasma depends on parameters such as temperature, the concentration and composition of active particles, and the spatial configuration of the plasma field. A plasma source that works optimally for material surface treatment may not be suitable for biomedical use, and vice versa. Therefore, the design of the plasma system must always be matched to the specific functional requirements of the task.

Our mission is to create the ideal low-temperature plasma source for your unique application. By working closely with you to understand the target function of plasma in your process, we ensure that the system is engineered for maximum efficiency, reliability, and performance. Whether you need plasma for cutting-edge industrial processes, environmental sustainability, or medical innovations, we will apply our expertise to develop a solution that precisely meets your goals.

Simply share your application needs, and we will transform them into a custom plasma solution that advances your work and delivers measurable impact.