Molded Plastics Replace Metal in Testing Equipment Article-Molded Plastics Replace Metal in Testing Equipment Jan 01, 2000 Molded Plastics Replace Metal in Testing Equipment The metal parts that are traditionally used in gynecological applications have several drawbacks that affect both doctor and patient. For example, they must be sterilized after each use, and their cold temperature can cause patient discomfort. Endeavoring to eliminate these drawbacks, Welch-Allyn Corp. (Skaneateles Falls, NY) opted to mold high-volume, disposable parts using Polifil, a 10% talc-filled polypropylene from The Plastics Group of America (Woonsocket, RI). Designed for a device used in Pap smear testing, the tight-tolerance parts are made with a 16-cavity valve-gated hot runner, which can produce parts in large quantities. The parts feature two ratchets built into the yoke for adjustment and release of the product. Molded-in teeth on one part of the yoke work together with a ratchet to open and close separately molded acrylic blades, which play a role in gynecological examinations. Sales of the Welch-Allyn product have soared in recent years, according to Neil Hoselton, the company's commodity manager of plastics. "We see a trend toward the use of single-use, disposable parts in the medical industry," he says. For more information about Polifil polypropylene, call The Plastics Group of America at 401/767-2700. 0 comments Hide comments user not logged in Comment * Switch to plain text editorMore information about text formats Text format CommentsPlain text CommentsAllowed HTML tags: <em> <strong> <blockquote> <br> <p>Plain textNo HTML tags allowed.Web page addresses and e-mail addresses turn into links automatically.Lines and paragraphs break automatically. PublishLog in or register to comment Save Leave this field blank RelatedMedical Design & Manufacturing (MD&M) Minneapolis 2023UK to Invest £30M in Medtech for NHSOct 03, 2023NIH, Industry Partner on Pediatric Medical Device AdvancementSep 28, 2023BioProtect Nabs $28M for Balloon Implant System CommercializationSep 27, 2023 Load More