UNYQ

UNYQ Inc. is a company operating at the intersection of medical technology and personalization, specializing in the design and production of prosthetic and orthotic wears. Established in 2014, the firm was co-founded by Eythor Bender, who serves as the CEO, and Manuel Boza, the Chief Creative Officer. Bender brought extensive experience from the prosthetics industry, having previously held leadership roles at companies like Ossur and Ekso Bionics, while Boza contributed his expertise in industrial design and 3D printing. Their combined vision was to shift the perception of medical devices from purely functional items to personalized, aesthetically pleasing accessories that users would be proud to wear.

The company's initial product line focused on stylish, 3D-printed prosthetic covers for upper and lower limb amputees. These covers are designed to restore symmetry, offer protection, and allow for a high degree of personalization through a wide array of colors, designs, and finishes. UNYQ utilizes a digital workflow, including a smartphone app, that allows clinicians to scan, configure, and order custom devices, streamlining the process for both providers and patients. This approach significantly reduces the time and cost associated with traditional customization methods.

Financially, UNYQ operates on a direct-to-clinic business model, selling its products through prosthetic and orthotic clinics worldwide. A key aspect of their market strategy is that their prosthetic covers are reimbursable by most major health insurance providers in the United States and parts of Europe, making them accessible to a broader patient base. The company has expanded its product offerings to include orthotics, notably launching the UNYQ Align, a scoliosis brace developed in partnership with 3D Systems and Dr. James Policy. This brace is designed to be lighter, more breathable, and less conspicuous than traditional braces, aiming to improve comfort and patient compliance.

Keywords: prosthetics, orthotics, 3D printing, medical devices, assistive technology, personalized medicine, scoliosis brace, prosthetic covers, digital manufacturing, medtech