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Category Archives: Ceramic-on-ceramic technology

Ceramic-on-ceramic technology > Alumina femoral head > Mated with an alumina acetabular cup > Advances in Medical Implants > Morgan Advanced Ceramics’ MAC > HIP Vitox > Ceramic-on-ceramic hip joints > Predicted life of more than 20 years > Biocompatibility > Resistance to wear > Artificial joints > Implantable electronic sensors > Pacemakers Defibrillators > Cochlear implants > Hearing devices > Drug delivery > Neurostimulator > Alumina > Zirconia

Friday, March 7, 2008

Will we see more ceramic-based coatings in medical devices like diamond-like carbon DLC? Will powder injection molding PIM and Metal injection molding MIM make the design of intricate components possible? Are the advances in medical implant material trailblazing the development of NOTES devices and special hybrid endoscopic instruments?

IIP > Read on here…
Ceramic material, with its […]

Filed in Greater precision and consistency, Robotic Surgery, Ceramic-on-ceramic technology, Enhanced ease of use, transoral endoscopic anchor placement system, single port laparoscopic pediatric surgery, Defibrillators, Single Incision, Metal-polyethylene hip system, Wear generates polyethylene particulate debris, Diamond-like carbon DLC, Injection molding PIM, Metal injection molding MIM, Ceramic-on-ceramic hip joint, HIP Vitox, Alumina femoral head, Alumina acetabular cup, Advances in Medical Implants, Single Port Laparoscopic SPL, Surgical access device, Transoral treatment method, New product development, Innovative products, Single-use device perform, Disclosing new technology and innovations, No Scar Surgery, Ultra-small surgical instruments, NOTES, Design and manufacture, Single-use instruments, single Port, Scarless single port procedures SPA, Single Port Laparoscopy, Neuroblocking Technology, Single incision, Innovative technology, Transluminal translumenal procedures, Injection of dermal bovine collagen, Medical Device Development | Comments (0)