We invest in our partners to help design, develop and deliver minimally invasive medical device products from prototype to production.
With a focus on metal alloys, laser cutting and rapid prototyping capabilities, we are equipped to advance your project and help achieve your production volume goals.
We have expertise with devices such as steerable catheters, guides and introducers as well as full systems providing access for therapy delivery during complex procedures.
We work in a broad range of medical applications, but we currently have interest in collaborations related to:
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Devices such as steerable tools, guides, delivery systems, and catheters providing access and/or therapy delivery for structural heart, neurovascular, peripheral vascular and electrophysiology procedure.
Components such as introducer sheaths, braid/coil reinforced shafts, steerable shafts, precision laser cutting and post processing of Nitinol/specialty alloys.
Begin a partnership with Nextern and gain experience and specialty capabilities for your medical device project.