Article - 8 Jan 2007
Biocompatible ceramics are suited to many biomedical applications. Wear resistance makes them suited to artificial joints and electrical properties make them suitable for implantable electronics....
Article - 15 Jul 2010
Master Bond Inc. fast cure epoxies, polyurethane, silicones, cyanoacrylate and UV Cure systems are widely employed by manufacturers seeking maximum efficiency and greater productivity.
Article - 16 Aug 2012
Using the latest manufacturing techniques and often exotic materials, biomedical devices particularly those used in humans, present some of the biggest engineering challenges for the material science...
Article - 24 Jan 2018
Dr Don Cohen of Michigan Metrology/Bruker talks about how his experience in the world of friction and wear has seen him strive to make better and longer-lasting products in the automobile and medical...
Article - 16 Nov 2011
OEM manufacturers worldwide chose Master Bond adhesives, sealants and coatings for their advanced adhesive needs. Aspects such as performance requirements, applications and grades are covered.
Article - 26 Jun 2008
Ceramic material, with its biocompatibility and resistance to wear, is ideally suited for a wide variety of medical implant applications, from artificial joints and joint replacements to implantable...
Article - 4 Nov 2015
Dale Fox, Co-Founder and CEO at Tribogenics, talks to AZoM about how they have achieved the next big step in X-ray fluorescence technology.
Article - 19 Mar 2003
Rapid shell moulding (RSM) has been adopted to improve the efficiency and reproducibility of in-the-ear hearing aids as well as to reduce the number of reducing return rates. The process and reasons...
Article - 5 Jun 2001
Porous silicon has semiconducting properties as well as displaying bioactivity. This makes it potentially a useful material for electronic implant devices. Properties and production are described.
Article - 17 Sep 2019
In this interview, AZoM talks to Eshaan Gandhi, Global Director of Manufacturing at Printerprezz, about the importance of powder characterization in additive manufacturing.