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Innovative

Medical Device Design & Manufacturing

Turning your research into your next medical device breakthrough.

Experienced Product Design & Development

44

International Projects

We have lead the development of multiple Medical Devices in the Orthopaedics, Cardiovascular, and Sampling Devices to name a few.

15

Years of Experience

We collaborate with top national and international universities and research centers.

34

Granted Patents

We hold multiple patents for joint inventions as well as our own.

Featured Projects

Emergency Mechanical Ventilator in response to the COVID-19 health crisis.

We successfully developed a mechanical ventilator for the Mexican and Latin American market in a record approval time of less than 6 months.

Emergency Mechanical Ventilator in response to the COVID-19 health crisis.
The VariTrax Sternal CircumFixator™ system

The VariTrax Sternal CircumFixator™ system

The VariTrax Sternal CircumFixator™ system is an implantable medical device for repairing and healing the human chest wall after invasive open-heart surgery.

Ziptek® Knotless Tissue
Repair Device.

We developed an knotless tissue surgical system for tendon and ligament repair in arthroscopic and open surgery. The product received 510k clearance from the Food and Drug Administration and it is currently being commercialized in the USA and Mexico.

Ziptek® Knotless Tissue Repair Device.
Resorbable Coronary Stent.

Resorbable Coronary Stent.

We are currently developing the next state-of-the-art technology for metallic resorbable stent technology. Our material allows for a controlled degradation time as well as strong mechanical properties that allow up to 70-micron strut thickness for coronary applications.

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Innovation

We deliver engineering solutions to medical problems by disrupting traditional healthcare processes and tools.

Artificial Disc for
Degenerated Disc repair

Materials: Ti6Al4V-ELI and XLPE

Its structure and design
replicate the hyperelastic
behavior of a natural
intervertebral disc

Innovation that cares.

Looking to develop
a med-tech project?

As Seen On

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Materials: Ti6Al4V-ELI and XLPE

Its structure and design replicate the hyperelastic behavior of a natural intervertebral disc

Artificial Disc for Degenerated Disc repair