Products

TURBOLAB
TURBOLAB

Turbomolecular pump systems for researchers relying on vacuum The smart high vacuum TURBOLAB systems are compact, fully assembled and ready-to-operate! Typical applications

TURBOLAB Core
TURBOLAB Core

A small plug-and-play high vacuum pumping system for research and laboratory and industrial applications. With the TURBOLAB Core you get a cost efficient and easy to use pumping station.

LEYSPEC Carts
LEYSPEC Carts

The LEYSPEC Cart combines a high performing Residual Gas Analyzer (RGA) LEYSPEC together with a TURBOLAB pumping system, which consists of a TURBOVAC i turbomolecular vacuum pump and a dry compressing SCROLLVAC plus scroll pump. Mounted on wheels it gives you full mobility! You get all the benefits you need in one device for several production tools.

Leak detection systems
Leak detection systems

The number of components and systems which must be systematically checked for leaks is constantly rising around the world. This is because in many industries both the quality and the functionality of components and apparatus are closely connected with their tightness.

Coating UNIVEX systems
Coating UNIVEX systems

The UNIVEX system range is well established for experimental coating and thin film deposition applications in university and industrial research as well as pilot production. The UNIVEX experimental systems were developed by Leybold for more than 40 years with a long tradition for high quality. The typical applications for UNIVEX systems are in research and development as well as for setting up pilot production plants. UNIVEX stands for universal experimentation systems that enable professional, high-quality results for different high vacuum processes. Our experimentation systems are primarily used in vacuum coating technology and in vacuum technology experiments.

Space Simulation Systems UNIVEX
Space Simulation Systems UNIVEX

Space missions, scientific or commercial satellites, space research projects such as the ESA Rosetta Mission or the NASA Rover expedition to Mars all have one thing in common – they can only succeed if all the materials, components and assemblies to be used have been successfully tested in high vacuum and ultra-high vacuum conditions.