The patent protects proprietary inks for tissue repair and regeneration. ... Read more »
Dimension Inx is bringing 3D-painted orthopedic devices to market to aid tissue repair and bone regeneration. The materials offer alternatives to titanium and polymers.... Read more »
Silk protein fiber is 75% biocompatible fibroin that has multiple applications in the medical field. ... Read more »
The company is producing 3D-printed PEEK porous medical implants with advanced hydrophilicity. ... Read more »
Project will support the increasing global need for off-the-shelf cell banks and hMSC bioprocess media products. ... Read more »
The first of its kind biomaterial is offered as an alternative to PEEK and titanium materials for interbody devices. ... Read more »
Conformis will supply patient specific instrumentation to Stryker, Innovasis signed a deal to access porous HA PEEK and SeaSpine is entering the 3D-printed interbody space. ... Read more »
RoosterVial™-hUC-XF is the regenerative medicine industry’s first xeno-free human umbilical cord mesenchymal stem/stromal cell bioprocess system designed to meet the needs of translationally focused product developers. ... Read more »
The company manufactures bioresorbable composite materials for medical applications, including ultra-strong glass fiber composites. ... Read more »
New funding, expected to close at $22MM, will support growth of its regenerative medicine MSC manufacturing platform worldwide. ... Read more »
The team of scientists and medical device strategists provides customized services in R&D, industrial operations and business development. ... Read more »
Embody utilizes a novel additive manufacturing process to develop its Tapestry biomaterial. The company anticipates commercial launch in 2020 for its Achilles and rotator cuff scaffolds and a 2022 timeline for ACL repair.... Read more »
NanoBone Bone Graft used as a standalone in posterolateral spinal fusion may represent a significant advancement in patient care. Eliminating the need to mix synthetic graft with autograft or to harvest and concentrate bone marrow aspirate can offer savings of time and money, and can ... Read more »
These polymers have broad orthopaedic application. This article presents a focus on the transition away from Poly-L-lactic acid (PLLA)-type resorbable polymers to updated and novel resorbable biomaterials that are designed to perform better clinically.... Read more »
The biomaterials compounding company manufactures Class I and II devices for spine, trauma and arthroscopy/soft tissue repair.... Read more »
