If your optical devices must perform reliably – every time – even after prolonged exposure to challenging conditions, then AO’s G-T-M-S are your reliable solution. Our hermetic glass-to-metal sealing technology, incorporating metal sealing and stainless steel, joins metal and glass to establish vacuum-tight electrical connectors, packaging, feed-throughs, or optical windows/lenses in electronics or electronic systems.
From our patented, high-volume single-use autoclavable seal to reusable seals that withstand hundreds or even thousands of uses, we provide world-class seals for optical devices that deliver the reliable product lifetimes our customers depend on.
Our brazed glass-to-metal seals, utilizing metal sealing technology, produced from start to finish in-house, resist extreme temperatures, pressures, humidity levels, and even repeated chemical exposure or explosive environments. The glass seals and stainless steel components play a crucial role in maintaining the integrity of the sealing process.
We marry these seals with highly accurate laser welding, incorporating compression seals and spring clips, to achieve truly hermetic performance for optical assemblies. This process involves holding the glass securely, confirming its performance with autoclave screening, and certifying it through helium leak testing of individual medical devices.
OEM customers bring us their toughest requirements for systems that have to deliver top performance under harsh environmental conditions, including coefficients of thermal expansion challenges. Time and time again, our technology and ingenuity, coupled with matched seals, solve problems customers personally consider insurmountable.
AO is certified in ISO13485:2016 and ISO9001:2015. Our FDA registration and U.S. manufacturing operations support the strictest regulatory transparency requirements for our customers, ensuring a hermetically sealed and reliable solution. In case of unexpected challenges, our technology can even break the glass to prevent further damage and maintain the overall integrity of the system.