A TECHNO-ECONOMIC NEWS MAGAZINE FOR MEDICAL PLASTICS AND PHARMACEUTICAL INDUSTRY
Our 22nd Year of Publication
Page  4 of 8

Cover Story

Advances In Sterile Medical Device Manufacturing

Selective laser sintering (SLS) and selective laser melting (SLM) are additive manufacturing processes that use high-energy light sources to consolidate powder material

The micro stereo-thermal-lithographic process: multi-vat system

From: Bartolo P, Kruth Jean-Pierre, Silva J, Levy G, Malshe A, Rajurkar K, Mitsuishi M , Ciurana J , Leu M. Biomedical production of implants by additive electro-chemical and physical processes, CIRP Annals - Manufacturing Technology 61 (2012) 635–655

CleanFUZE™ Technology

DiFUSION Technologies, Inc.
Georgetown, TEXUS

  • CleanFUZE™ is a blend of PEEK and Silver Zeolite that results in a new orthobiologic load-bearing biomaterial that promotes bone growth osteoconductively and osteoinductively while simultaneously fighting potential surgical site infections (SSIs).

  • It is a self-sterilizing osteoconductive polymer which resists infection and biofilm adhesion. CleanFUZE™ is not a coating, but a new biomaterial, which can be machined into load bearing, stand-alone spinal implants.

  • It can also be applied to all metal orthopedic and dental implants through a proprietary encapsulation process.

  • CleanFUZE™ is the first antimicrobial polymer which also contributes to the osteointegration of the implant.

Advanced Manufacturing Of Ceramics For Biomedical Applications: Subjection Methods For Biocompatible Materials

A crucial aspect related with the eventual manufacturing or prototyping of parts of advanced ceramic cups is the machining processes involved.

Ceramic cups are used in field of prosthetic implantalogy

* Design of a complete machining route
* Development of the innovative and tailored subjection systems

Outer Sphere Machining

(a) blank sphere machining, (b) finished sphere machining (c) planar surface

From: J. Minguella et al. Advanced manufacturing of ceramics for biomedical applications: subjection methods for biocompatible materials Procedia Engineering 63 ( 2013 ) 218 – 224

Inner Sphere Machining

From: J. Minguella et al. Advanced manufacturing of ceramics for biomedical applications: subjection methods for biocompatible materials Procedia Engineering 63 ( 2013 ) 218 - 224

Detail of the ceramic cup inside the metallic support and the ring. The system can be closed by screwing the lid.

Preparation Of Advanced Sterile Porous Biomaterials

Schematic representation of the plasma spraying process. Changing the spraying parameters varies the porosity of the resulting coating layer

Page  1  :  2  :  3  :  4  :  5  :  6  :  7  :  8

Back | Back to Top | Previous | Next