icotec

icotec

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Private Company

Total funding raised: $30M

Overview

icotec is a specialized, privately-held medical device company and a global market leader in non-metallic spinal implants for oncology. Its proprietary BlackArmor® Carbon/PEEK technology platform addresses critical limitations of traditional titanium implants by being radiolucent, which allows for unhindered radiation therapy (including proton therapy) and superior MRI/CT imaging for follow-up. With a commercial portfolio of pedicle screw, vertebral body replacement, and cervical plate systems, the company has achieved key regulatory milestones including FDA clearance and MDR-CE approval, positioning it for growth in the complex spine oncology market.

Spinal OncologySpinal Infections

Technology Platform

Proprietary BlackArmor® Carbon/PEEK (CF/PEEK) composite material platform for creating radiolucent, non-metallic spinal implants that enable unhindered radiation therapy and superior post-operative imaging.

Funding History

2
Total raised:$30M
Series B$20M
Series A$10M

Opportunities

The growing incidence of spinal metastases and the shift towards advanced, image-guided radiation therapies (like proton therapy) create a strong demand for implants that do not interfere with treatment.
Expansion into adjacent indications, such as spinal infections, significantly broadens the addressable market beyond oncology.

Risk Factors

The company operates in a specialized niche dependent on surgical treatment paradigms for spinal tumors.
It faces potential competition from larger orthopedic companies and bears the regulatory and cost burdens of maintaining global device approvals (FDA, MDR-CE).

Competitive Landscape

icotec is the pioneer and market leader in radiolucent carbon/PEEK spinal implants for oncology, creating a distinct niche. It competes indirectly with large spine companies (e.g., Medtronic, Stryker, Johnson & Johnson) that offer traditional metallic implants, but its technology offers a unique value proposition for cases requiring post-op radiation. Barriers to entry include material science expertise and regulatory clearance.