Since 1947, Insaco has been synonymous with excellence in the development and production of high precision machined parts. As a custom fabricator of ceramic, glass, sapphire, and other hard materials, Insaco specializes in machining parts that often require tolerances measured in millionths of an inch, and wear properties that satisfy even the most demanding applications.
Advanced Ceramic Materials Machined by Insaco
Insaco is a precision machining company that fabricates parts from all technical ceramics, sapphire and quartz.
Materials Machined By Insaco Include:
If you don't see the specific hard material you're interested in, or you are not sure what material to use, please contact Insaco - chances are we've worked with your material or a similar application.
Tolerance of Insaco Machined Components
Insaco machines these materials to very precise tolerances for dimension, flatness, wedge and roundness/cylindricity, their customer profile is centered on applications where these tight tolerances are critical to their application.
Professional Advice and Recommendations from Insaco
Insaco engineers are available to discuss practical alternatives for your application including alternative materials and cost drivers. As Insaco do NOT make the materials, recommendations remain completely unbiased.
Machining of Hard Materials
Sapphire Machining, Sapphire Polishing, Sapphire Windows, Sapphire Wafers, Sapphire Rods,
Sapphire Parts, Ceramic Machining, Ceramic Grinding, Ceramic Parts, Quartz Machining, Quartz Polishing,
Glass Machining, Glass Fabrication, Precision Machining, Precision Grinding, Precision Lapping,
Precision Polishing, Wafer Carriers, Substrate, Engineered Ceramics, Technical Ceramics, Advanced Ceramics,
Chemical Mechanical Polishing.
Sialon: A Technical Ceramic
Features and Applications of CVD Silicon Carbide
An Introduction to Tetragonal Zirconia Polycrystal (TZP)
A Brief History of Borosilicate Glass (Pyrex and Schott)
Advantages and Challenges of Technical Ceramics
Using Technical Ceramics for Thermal Conductivity
Silicon in Electronic Devices and Solar Cell Applications
Technical Ceramics: Zirconia Alumina vs. Alumina Oxide
An Overview of Cubic Zirconia
Glass Ceramic Materials – What are the Options - a Review of ULE, Zerodur and Macor
Machining Of Boron Carbide (B4C) - Process, Applications and Benefits
The Forms and Phases of Zirconia Engineering Ceramics that Lead to High Strength and Toughness
The Lapping of Brittle Materials
Abrasive Machining of Brittle Materials and Engineering Ceramics
Machining Properties Of Tungsten Carbide (WC)
Silicon Nitride (Si3N4) Properties for Machining
Contamination Problems From Metal and Plastic Gears Solved By Insaco With Precision Zirconia Gearing
Scientific Instrumentation Problem Solved by Insaco Using Fine-Grained 99.5% Alumina
Metalized Sapphire Windows Problem Solved with a Unique Manufacturing Process
Ceramic Thermal Conductivity Problem Solved By Insaco – Silicon Carbide vs Aluminum Nitride
Machining Capabilities of Extremely Hard Technical Ceramic Materials
Zirconia (ZrO2) Machining Techniques – Process, Applications and Benefits
Machining of the Ceramic Silicon Carbide - Process, Applications and Types
Machining Of Industrial Sapphire - Process, Grades and Tolerances
Alumina 99.5% (Al2O3) Machining - Properties, Grades and Tolerances
Machined Zirconia Component From Insaco Solves Wire Cutter Problem For Cresent Design
Hard Materials Versus Metals - Maintenance And Cost Benefits
Machining Of Sapphire Wafer Carriers - Process, Applications and Benefits
Overcoming Technical Challenges in Advanced Materials Manufacturing
What are Composite Materials and How are they Machined?
How are Ceramic Parts used for In-Body Medical Applications?
Metrology and Inspection Techniques for Precision Machined Ceramic Components
An Introduction to Precision Machining of Technical Ceramics
INSACO Inc. - Machining of Hard Materials - Company Presentation
Comparing Zirconia Alumina with Alumina Oxide
Discover Growth Techniques of Sapphire
Exploring CVD Silicon Carbide
Medical Applications Using Ceramic Parts
Piston and Sleeve Assemblies
Precision Fabrication by Design - Insaco's Machining Capabilities for Ultra-Hard Materials
Sapphire Wafer Carriers
Thermal Conductivity Experiment
Tight Tolerance in Piston/Sleeve Assemblies