eCM Meeting Abstracts 2011, Collection 3
Abstracts of [MEET THE EXPERT] Material and Surface Technology for Implants)
11-12 April 2011, Interlaken
All abstracts: click here to download all the abstracts in one file
Page 1: FR Grohmann
Innovation in the PVD coating for medical technology
Page 2: F Bucciotti, P Robotti
Materials and surface technology for implants
Page 3: C Piñero, A Janssen, G Sinicco, A Ewald
Medical coating innovation: Antimicrobial PVD TiN
Page 4: S. Mai
Anwendungen von PCU an gelenken
Page 5: N Dunne, R Ormsby, P O’Hare, G Burke, T McNally, C Mitchell
Design of novel multi-walled carbon nanotube-PMMA cement systems for joint replacement surgery
Page 6: M Schmidt, A Meyenhofer
Customised implant surfaces with standardised processes and design elements
Page 7: A Göcmen
Technology and properties of martensitic chromium steels
Page 8: N Dury, R Holtz, D Naman, D Mairhörmann
Cutting strategies for Nitinol stents with pulsed Nd:YAG lasers, fiber lasers and short pulse lasers
Page 9: R Wauthlé, P Mercelis
Manufacturing of surgical implants using additive manufacturing
Page 10: R Schumacher, A Yildiz, M Näf, M de Wild, E Schkommodau
Manipulation of the elastic behaviour of artificial Titanium bone grafts
Page 11: R Neugebauer, B Mueller, T Toeppel
Innovative implant with inner functional channels and cavities
Page 12: T Bormann, R Schumacher, B Müller, M de Wild
Fabricating NiTi shape memory scaffolds by selective laser melting
Page 13: K Vosbeck
Biological effects of wear particles
Page 14: T Ilchmann
Acetabular polyethylene wear volume after hip replacement: Accuracy of radiographic volume calculation studied from retrieved cups
Page 15: R Reichl, S Lutz
Testing the cleanliness of implant surfaces after fabrication
Page 16: UB Rosenberg
Surgical instrument reprocessing – top cleaning results and best possible material compatibility with a 2-component cleaning system
Page 17: R Luginbuehl, S Spiegelberg
Cleanliness: how clean is clean enough – guidance for industry
Page 18: M Wipf, S Heusler
Cleaning validation: precondition, implementation, monitoring
Page 19: D Zurbrügg
Cleaning validation: chemical testing and cleanliness assessment of medical devices
Page 20: J Degen, A Friedrich
Biological safety testing in the field of microbiology
Page 21: R Ruffner-Kaiser
Combined electrophysical technologies (CET) for the processing of implants
Page 22: Th Oberbach, C Witt, S Begand
Cemented fixation of ceramic implants – possibilities for an optimized bone cement adhesion
Page 23: M Kraft, NG Smith, KF Pirker, CWM Kay
Evaluations of effects of gamma sterilization on biomedical polyurethanes for implant use
Page 24: A Bruinink, F Wein, M Moczulska, V Zell, M Obarzanek-Fojt, M Rottmar, X Maeder-Althaus
Evaluation of biomaterials using an in vitro test battery
Page 25: H Brandenberger, J Paluszinski, S Berner
3D surface modelling using a SEM
Page 26: S Lischer, CR Bradbury, B Wampfler, Q Ren, Ph Gruner, K Maniura
Antibacterial HA coatings for implant applications
Page 27: IP Grigal, AP Alekhin, AM Markeev, SA Gudkova, AG Chernikova, DV Tetyukhin, EN Kozlov
Atomic layer deposition of bioactive TiO2 coatings for titanium implants
Page 28: C Kittinger, P Ferlic, A Weinberg, KD Kühn
Coated titanium implants – in vitro microbiological efficacy testing results
Page 29: B Behrens, R Zunke
Process strategies for polished steel surfaces
Page 30: C Jung, B Budesa, F Fässler, R Uehlinger, T Müller, M de Wild
Effect of cavitation in ultrasound-assisted cleaning of medical devices
Page 31: M Teichmann
Fasteners and friction coefficients
Page 32: B Schatowitz, P Muehlschlegel
Investigation of chemically induced failures in plastic materials – methodology and case studies
Page 33: M Lindberg-Larsen, JØ Penny
Metal ion levels in the blood of patients with metal-on-metal (MoM) hip joint articulations. Does storage of blood samples matter?
Page 34: P Ohldin
Implant manufacturers use Additive Manufacturing to reduce production costs and increase profits
Page 35: Y de Hazan, T Graule, M Thänert
3d nano-composite and ceramic architectures via robotic deposition of UV curable inks
Page 36: M Knebel
VESTAKEEP® – the unbreakable choice
Page 37: M Maurer, N Lehming
Fast and effective – “dry machining” of metals and plastics with CO2
All abstracts: click here to download all the abstracts in one file