KEYENCE has used its long-established, reliable technology to create an advanced laser marker that satisfies the levels of strength and durability required in harsh production environments. The MD-H9800 incorporates an advanced dust-proof structure with a high-powered laser. (read more)

Custom Ceramic Fiber Heaters, Flat Ceramic Heaters from Thermal Circuits, Inc. Thermal Circuits offer many benefits including custom watt densities, thin profiles, ease of placement and low thermal mass. They are easy to apply and provide a higher heat output. (read more)

Long the benchmark for laser marking, Scriba Nd:YAG laser markers continue to represent exceptional value for money. (read more)

TRUMPF two-kilowatt continuous-wave Disk Nd:YAG laser installed by Joining Technologies which adds state of the art laser capabilities to their offering. Working collaboratively with TRUMPF Inc. (Farmington, Connecticut and Plymouth, Michigan), Joining Technologies was able to procure one of the most technologically advanced industrial Nd:YAG continuous-wave lasers available for... (read more)

Far from basic, the Jimani ND:YAG Laser Marking System is the mainstay of Jimani's Laser Marking job shop service. (read more)

Problem:

A customer pioneering in the life sciences industry contacted Insaco for a quote on Aluminum Nitride machining for their developmental part requiring excellent hardness and good thermal conductivity. However, they weren't sure the Aluminum Nitride was the most efficient choice. (read more)

Insaco routinely machines both large and small ceramic parts, including thread grinding, and drilling with tolerances to .00005" and angular accuracy to five seconds of arc. (read more)

CLC's patented ProWriter™ DE is an industrial grade 110 watt lamp-pumped infrared Nd: YAG laser. Developed for marking faster and/or engraving deeper than traditional laser markers, the DE is covered by a two-year domestic warranty. (read more)

Insaco is a custom fabricator of ceramic, glass, sapphire, and other hard materials, we specialize in machining parts that often require tolerances measured in millionths of an inch, and wear properties that satisfy even the most demanding applications (read more)

Contamination problems solved with precision ceramic gearing

Problem:

A semiconductor processor was having contamination problems from metal and plastic gears due to intense chemical, thermal and high vacuum conditions. (read more)