Biocompatibility, Chromium Coating
A branch of physics that analyzes the behavior of liquids and gases, fluid mechanics is a critical engineering principle concerned with the study of forces and motion in fluids. Fluid mechanics reveals the effects of pressure, velocity, density, viscosity, and other...
Biocompatibility, Chromium Coating
Biochrome coatings protect all types of tools from corrosion, abrasion, friction, and wear, greatly improving the performance, longevity, and physical appearance of stainless steel surgical instruments and medical-grade devices. Completely inert, non-magnetic,...
Biocompatibility, Chromium Coating, Friction
In our previous medical device design discussions, we explained methods to reduce wear in stainless steel, and how utilizing thin dense chrome protective coatings during the design phase can extend the life of your applications. Now, we’re going to shift our focus to...
Biocompatibility, Chromium Coating
Two distinct properties, wear and friction, are important considerations in the design of medical devices, equipment, and the tooling used for manufacturing surgical instruments. Many medical applications require special attention to reduce or eliminate...
Biocompatibility, Chromium Coating
Biocompatible medical device coatings are essential for improving the performance, safety, and appearance of surgical instruments, equipment and components. In this article, we’ll explore the top medical device coatings, the benefits they provide, and how ME-92...
