The InSealing rapid prototyping service is unique in offering CNC machined ceramic products. We can fabricate parts from your designs quickly using our fast prototyping ceramics. We can help you prototype methods to fulfill specialized , small-quantity requirements.

We use thick and thin film technologies in our metallized process, applying proprietary inks and coatings to our ceramics according to individual customer requirements. Whether customers require an electronic circuit path or joining a metal component with ceramic,. We will help you to select the most effective and cost-efficient materials and bonding methods.

Glass-to-metal seals are engineered to perform reliably in harsh operating conditions, such as extreme temperatures, moisture, pressure or chemicals. They can also fulfill requirements for longevity, performance, and efficiency improvements, as well as innovative designs. At their core, the purpose of glass-to-metal seals is to enable reliable connection and protection for the manufacture of high quality and long-lasting hermetically sealed components or equipment. Versatility is a key characteristic of glass-to-metal sealing technology. This is demonstrated by the multitude of functions, designs, and sizes of Glss-to-metal seals components in a broad range of applications.

Compared to soldering, brazing is the joining of metal and ceramic components using a molten filler metal that melts above 850ºF (450ºC). Filler metals include Al-Si, Cu-Ag, Cu-Mn, Cu-P, Cu, Ag, Au, and Ni-Cr-Si and Ni-Cr-Si-B as well as other less used metal fillers, that will wet and adhere to metals and, in special cases, to ceramics. When brazing to ceramics, active elements such as Ti, Hf, Zr and V have been added to filler metals. The addition of these reactive elements permits them to react with the ceramic surfaces during brazing, but only in a vacuum atmosphere.