Supplier Announcements

Supplier:

Insaco, Inc.


Insaco, Inc. has promoted these products/services:

Insaco, Inc. - Insaco solves unique open-end wrench problem

Insaco solves unique open-end wrench problem for USGovernment (read more)

Insaco, Inc. - High Precision Ceramic Component

Scientific instrumentation problem solved using fine-grained 99.5% Alumina. (read more)

Insaco, Inc. - Metalized Sapphire Window

Unique manufacturing process solves metalized sapphire windows problem. (read more)

Insaco, Inc. - Precision Silicon Carbide

Insaco solves ceramics thermal conductivity problem. (read more)

Insaco, Inc. - Zirconia Replacement Example

Zirconia replacement part solves wire cutter problem for Crescent Design. (read more)

Insaco, Inc. - Production Assembly Benefits from Ceramic Tooling

Ceramics offer unique properties that can dramatically improve performance of critical parts in application. Alumina ceramic is extremely hard and wear resistant even at extreme temperatures and harsh conditions (read more)

Insaco, Inc. - Precision Zirconia (YTZP) Gearing

Contamination problems solved with precision ceramic gearing. (read more)

Insaco, Inc. - Precision Machining for Defense and Aerospace

Finished pieces to customer's specifications from ultra-hard materials, including ceramics, nitrides, carbides, glass, quartz, and especially sapphire. (read more)

Insaco, Inc. - Medical parts from Ceramic Materials

Ceramics offer unique properties that can dramatically improve performance of critical parts in application. Alumina ceramic is extremely hard and wear resistant even at extreme temperatures and harsh conditions. It is therefore ideally also suited for fixtures and tooling. Silicon carbide, which is an even harder ceramic, can be produced with thermal conductivity higher than that of cop... (read more)

Insaco, Inc. - Optical Grade Sapphire Rods, Rings, and Tubes

Optical grade sapphire rods, rings and tubes with polished ID and OD are possible up to very large sizes. Transmissive properties of sapphire at high and low temperature allow successful application to anti-missile defense as well as research of internal combustion technology (read more)