Vacuum feedthroughs are essential to make a connection between the inside and outside of a vacuum system
The new Bluebridge™ Adapter SLKBT allows for wireless communication of up to 16 Smartline™ vacuum transducers. The Bluetooth® wireless connection reaches up to 100 m (class 1).
Leybold vacuum technology and measuring equipment enables the proof of gravitational waves predicted by Einstein
Vacuum technology promotes fundamental research.
Lightweight for mobile applicationsHigh compression for light gasesReduces energy consumption by up to 90 percent
Accu-Glass Products offers a comprehensive line of high and ultrahigh vacuum Subminiature-D feedthroughs and connectivity accessories.These 9, 15, 25 and 50-pin instrumentation feedthroughs are constructed with pin arrangements per Mil-DTL-24308 specification.
Global range of leak detector solutions since 1966Leak detector using helium or hydrogen as tracer gasNew leak detectors on the market
Highest performance in helium and hydrogenReliable, fast and sensitiveFor industrial leak detection systems
Vacuum Supports Energy Efficiency
Next Generation of High Vacuum Pump System
First helium plasma was generated at the nuclear fusion reactor Wendelstein 7-X of the Max Planck Institute for Plasma Physics (IPP) has been successful.
Due to increased demand The Kurt J. Lesker Company® has announced the expansion to its current European regions. Effective January 4, 2016 the new geographical territory to be managed by KJLC Ltd will be called EMEIA (Europe, Middle East, India & Africa).
Accu-Glass Products’ fluid feedthroughs are ideally suited for the efficient delivery of gases and/or cooling liquids into high and ultrahigh vacuum systems. Fluid feedthroughs are available in single or dual seamless tube configurations in 1/8 or 1/4 inch diameters, with wall thicknesses of .028 and .035 inch respectively.