Biomedical Structures LLC, a provider of biomedical textiles for medical devices and other advanced clinical applications, today announced that it has expanded its textile engineering capabilities with a new purpose-built clean room for high-density weaving and advanced braiding infrastructure for polymer and wire materials. 

BMS will support this growth by complementing its engineering expertise by hiring new employees to the company’s technical workforce at its manufacturing facilities.

According to BMS its newest clean room supports high-density weaving and knitting for biomedical textile production and houses state-of-the-art warping and twisting equipment for an increased range of very fine and precise solutions for orthopaedic, cardiovascular, and general surgery device applications. 

The company says that the facility addition is purpose-built for handling finer PET fibres, DSM Dyneema Purity and other mono and multifilament fibres, especially those of finer denier.  BMS recently teamed up with fibre manufacturer DSM Dyneema as a proven specialist in processing Dyneema Purity and Dyneema Purity BLUE, the first ever 100% coloured implantable grade Ultra High Molecular Weight Polyethylene (UHMWPE) fibre.

Additionally, BMS says it has expanded its braiding capabilities with multiple new 16-carrier braiding machines, as well as a best-in-class 48-carrier machine for improved production capacity of polymer and wire braiding.  In support of this expansion, the company has increased its manufacturing workforce with additional textile technicians and plans to supplement current employee growth with more sales engineering and project management expertise in the near future.

“BMS has consistently worked to remain at the cutting edge of medical device product development,” said BMS President John Gray. 

“Our textile solutions are helping orthopaedic and cardiovascular device manufacturers bring the next generation of more lifelike, high performance implantables and instruments to market.  These expanded capabilities for more advanced engineering and production of our biomaterials will allow us to further innovate and deliver at the level our customers have come to expect.”

BMS offers expertise in knitting, braiding, weaving, nonwovens and composites, and utilizes implantable-grade absorbable and permanent fibres in orthopaedic, general surgery, tissue engineering, cardiovascular, bariatric, cosmetic surgery, and veterinary applications, including implantable devices, drug delivery technologies, and surgical instrumentation.