today’s medical devices require endless
innovation in the way the structures interact
with the surgeon.
Textile Assembly
and Fabrication
We fabricate suture assemblies, seamless loops, end terminations and eye splices for synthetic control cables and surgical instruments.
Textile Assembly and Fabrication
We fabricate suture assemblies, seamless loops, end terminations and eye splices for synthetic control cables and surgical instruments.
Biomedical Textile Engineering, Assembly and Fabrication for Medical Devices
Innovating through unique fabrications allow our engineers to provide you and your end-users with game changing solutions to common surgical challenges. For instance, braided loops provide ideal anchoring options for orthopedic applications. Their size, flexibility and strength allow them to be used in various orthopedic and arthroscopic procedures.
Our termination expertise ensures that our products will effectively interface with actuators, anchors, or other devices. This ensures that all of the braids benefits can be utilized.
From loops to eye splices to control cables we can help develop, innovate, manufacture and deliver a solution for you.
About Our Textile Assembly and Fabrication
Innovating through unique fabrications allow our engineers to provide you and your end-users with game changing solutions to common surgical challenges. For instance, braided loops provide ideal anchoring options for orthopedic applications. Their size, flexibility and strength allow them to be used in various orthopedic and arthroscopic procedures.
Our termination expertise ensures that our products will effectively interface with actuators, anchors, or other devices. This ensures that all of the braids benefits can be utilized.
From loops to eye splices to control cables we can help develop, innovate, manufacture and deliver a solution for you.
Sample Custom Textile Assembly and Fabrication Products
From loops to eye splices to control cables we can help develop, manufacture and deliver a solution for you, offering endless innovation in the way the structures interact with the surgeon.
