Semiconductor Processing and Ceramic Machining Using MicroBlasting
Why use MicroBlasting for Semiconductor Processing? MicroBlasting is the ideal method for cutting slots, holes, and apertures in thin, fragile substrates. It is a shockless system that does not generate heat into the wafer, preventing crack formation and propagation....
Turbine Blade Regeneration Using MicroBlasting
Goal: Clean Turbine Blades for Refurbishment Whether you’re refurbishing landbased gas or jet-engine turbines, MircoBlasting is the ideal method of cleaning turbine blades. When turbines are split in two for maintenance, hot path components and combustion...
Second Applications For Your MicroBlaster
Many of our customers buy a MicroBlaster for a single application and find it to be indispensable. However, a common fear for job-shops and contract manufacturers is that the contract they bought a new piece of equipment for will only be used for one job. Investing in...
Artifact Restoration & Fossil Preparation with MicroBlasting
These are delicate tasks! See how the Hunley project and the Natural History Museum of Los Angeles use MicroBlasting to reveal a part of the past.
Control Etch Rates on PZT for MEMS Fabrication
Researchers at the University of Maryland determined that MicroBlasting made the process of etching PZT controllable, mass-producible, and efficient. Combining Comco technology and dry film photoresist masking, they were able to produce channels to a specified depth. This paper published in the Journal of Micromechanics and Microengineering compares other processes and provides a detailed outcome.