26.12.2013 Views

technology report 04

technology report 04

technology report 04

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Product innovation – 2nd place:<br />

Antibiotic coating process for<br />

cementless arthroplasty<br />

(Dr. Ekaterini Copanaki, Heraeus Medical)<br />

More than one million hip<br />

prosthetics are implanted<br />

worldwide every year. There are<br />

two methods for anchoring<br />

endoprosthetic implants:<br />

cementless and cemented.<br />

Heraeus Medical already offers<br />

a unique portfolio of bone<br />

cements containing antibiotics<br />

for a variety of cemented<br />

implant applications.<br />

Dr. Ekaterini Copanaki<br />

developed an innovative process<br />

for an antibiotic coating for cementless arthroplasty.<br />

The antibiotic is released directly from the implant at<br />

the operation site within the body over a defined period<br />

of time, preventing infections from taking hold. The<br />

innovation of the ready-to-use coating device enables<br />

a very effective prophylactic application of antibiotic<br />

protection directly to the prosthesis for the first time.<br />

Product innovation – 2nd place:<br />

Best Process Innovation II:<br />

Reduced fabrication cost process for<br />

metal-oxide materials<br />

(Dr. Kyung Chung, Heraeus Materials Technology)<br />

After six years of intensive work, a large engineering team<br />

around Dr. Kyung Chung, Heraeus Materials Technology<br />

(USA), developed a new manufacturing process for<br />

sputtering targets based on metal-oxide compounds. The<br />

process <strong>technology</strong> has already been implemented in<br />

production. By optimizing important steps in the process,<br />

the innovative process significantly increases efficiency.<br />

The disk-shaped sputtering targets produced by Heraeus<br />

are used to coat magnetic data storage devices, which<br />

utilize special metal alloys.<br />

Components for medical implants made of<br />

magnetically hard, biocompatible precious<br />

metals alloys<br />

(Dr. Jörg-Martin Gebert,<br />

Heraeus Precious Metals)<br />

Around 20 million patients<br />

worldwide suffer from advanced<br />

heart failure in which the<br />

affected heart can no longer<br />

pump the necessary amount<br />

of blood through the body.<br />

Cardiac support systems can<br />

be implanted in these patients,<br />

taking over the function of<br />

the still-beating heart to a<br />

great extent. Dr. Jörg-Martin<br />

Gebert developed a process for manufacturing the core<br />

component of these medical implants out of magnetically<br />

hard precious-metal alloys, enabling a particularly efficient<br />

and small-scale design for these cardiac support systems.<br />

Heraeus is opening up a new market segment with these<br />

medical <strong>technology</strong> components. The customer receives a<br />

complete solution from Heraeus – biocompatible, compact<br />

and efficient.<br />

<strong>technology</strong> <strong>report</strong> Issue 4 | 2013<br />

43

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!