Other Applications
As glass emerges as a future candidate for optical connectivity and interposer applications, many groups are also considering the challenge of co-packaging electronic functions in glass.
It should be noted that glass is an electrical insulator and techniques to provide the electrical connections for a glass interposers are receiving a lot of attention. One approach of interest is Laser Induced Chemical Etching, wherein an ultrafast laser processes an area of glass, which is subsequently removed with a wet, alkaline etch and back filled with a metal to provide the electrical connections.
Opsydia is active in this area together with other UK partners and is able to provide solutions for through glass vias (TGVs) with electrical functionality.
Laser Assisted Chemical Etching
Overcomes material induced optical aberrations
Nitrogen Vacancies
Improved feature size & elimination of material damage
Gemstones
Overcomes material induced optical aberrations
For more information contact our team using the button below.
Available on all devices
Capable of melee inscriptions
Suitable for coloured gemstones
High capacity (100k+ stones p/a)
Encryption secure IDs
Automation and machine vision
Remote service and diagnostics
Integrates with blockchain traceability solutions
Integrates with factory IM systems
Multiple stone loading
Available on all devices
Capable of melee inscriptions
Suitable for coloured gemstones
High capacity (100k+ stones p/a)
Encryption secure IDs
Automation and machine vision
Remote service and diagnostics
Integrates with blockchain traceability solutions
Integrates with factory IM systems
Multiple stone loading
Latest News
Opsydia unveils customisable Nano ID and Loupe ID features for diamond trades
Leading diamond security specialist, Opsydia, has unveiled new classifications for its sub-surface identifiers, allowing diamond manufacturers, brands and grading houses to choose from a range of visibilities to suit their specific requirements. Utilising the laser...
Diamond laser marking developer Opsydia wins prestigious Institute of Physics Award
University of Oxford spinout Opsydia, which has developed a unique laser marking technique for diamonds, has been awarded a prestigious award from the Institute of Physics Business Awards.
Contact Us
To find out more about the Opsydia Systems or to discuss a trial or demonstration, please speak to a member of our team.