Overview

Sterilizable HB LEDs for medical and dental devices

Gas-tight protection for sensitive medical electronics

Extending the lifetime of batteries and capacitors

Reliable SEREB^® battery protectors and SEFUSE^® D6S battery fuses for li-ion batteries

SCHOTT Vitryxx^® - Anti-ageing ingredient for cosmetic and cosmeceutical applications

Supporting reliable functionality of compressors in demanding applications

Electrical connections and feedthroughs for extreme operating conditions

Vast possibilities for specialized requirements and applications

Specialty glass materials
to support dental health

Precision-made for optical and optoelectronic applications

Ready-to-press and customizable for various applications

Reliably gas-tight electrical feedthroughs and headers to protect sensitive electronics in extreme environments

Glass substrate with robust and gas-tight “Through Glass Vias” (TGV) for MEMS applications

High-speed components for telecom and datacom applications

Enabling ultra miniature, ultra reliable wafer level chip scale packaging

Gas-tight housings and PCBs to protect sensitive measurement and control electronics

Protective packaging for sensitive mearsurement and control electronics

For defense applications where harsh-condition tolerance is essential

High-quality VivoTag^® RFID transponder vials and glass tubes for reed switches

Glass-to-metal sealed protection for quartz crystals

Hermetic packages and feedthroughs enabling reliable functionality of sensors in challenging environments

Sealing and solder glasses available in thousands of custom formulations

Highly reliable electrical feedthroughs for power, control, and instrumentation

Enabling signal transmission of semiconductors, laser and photo diodes into and from TO PLUS^® can packages

SEFUSE^® SF and SM-type thermal links for the protection of electrical devices in case of overheating

Providing a gas-tight electrical base for semiconductors, laser and photo diodes to form hermetic TO PLUS^® can packages

Sensor receptacles on bioreactors, enabling in-situ bioprocess monitoring
through hermetically sealed optical windows without compromising the sterile boundary.