Precise, contactless printing of functional materials onto 2D and 3D substrates, ideal for microelectronics and sensors. Surpasses conventional inkjet and screen printing systems with finer line widths and flexible material processing.

Measures transmission and reflection characteristics of RF components using S-parameters. Offers particularly high measurement accuracy and a wide frequency range compared to standard analyzers.

Deposition of thin films by thermal evaporation in high vacuum. Guarantees homogeneous layers even on complex substrates, better than low-vacuum-based systems.

Reliably sterilizes materials using pressurized steam. Impresses with its precise automatic control of time, pressure, and temperature.

Creates a turbulence-free, particle-free working environment with HEPA airflow. Protects samples significantly better from contamination than standard laboratory benches.

Cuts and engraves materials precisely with a focused laser. Delivers higher speeds and finer details than many other laser systems.

Cuts flexible materials according to CAD data with a mechanical blade. Offers particularly high precision and versatility for different types of material.

Simulates temperature and humidity conditions for material testing. Binder stands out for its precise control and reproducible environments.