Materials: This drug delivery device is made from Polypropylene (PP). Description: Pictured above the thin-walled cannula, this thin-walled micromolded design has a .005″ long distance wall. Highly capable tooling and molding equipment and techniques are...
Materials: This drug delivery device is made from Polypropylene. Description: This thin-walled micromolded cannula design includes walls as thin as .0025″. Do you have similar features on your new micro medical device? Talk to MTD. Medical micro...
Micro Materials: This device is made of a bioabsorbable polymer. Micro Features: This unique bioabsorbable fixation suture design required an extremely challenging tooling approach. Extremely tight tolerances throughout required for part functionality. Description: A...
Micro Materials: This device is made of PLG (L-lactide/glycolide copolymer), a bioabsorbable polymer.Micro Features: The bioabsorbable fastener has two hollow legs connected by a flexible “bridge” and features sharp tips. Its flash allowance is 0.1mm max.Description:...
Micro Material: This fixation screw is made out of PLDL, a bioabsorbable polymer. Micro Features: World’s smallest bioabsorbable unscrewing mold. Description: This fixation tack is used with a mesh in hernia repair surgery. As opposed to a bioabsorbable staple,...
Materials: The undermolded anchor device is made from PEEK. Description: The anchor device is “under molded”. Yes, it’s possible! Are you developing an overmolded micro medical device? Talk to MTD. MTD specializes in overmolding—a process for...
