ExceeMatrix

High-tensile Collagen for Ligament and Tendon Repair

Health Tech & Life Sciences
Non Active, Jan 2016
Pre-Funding Or Yehuda, Israel Founded 2012
LinkedIn
Last updated 2026-06-18
Total raised
Stage
Pre-Funding
Founded
2012
Headcount
1
HQ
Or Yehuda, Israel
Sector
Health Tech & Life Sciences

About

ExceeMatrix develops high-strength collagen medical devices based on fibers derived from soft corals. These fibers exhibit tensile strength greater than that of human connective tissue. The company uses a proprietary technology platform to create regenerative implants of high mechanical properties.

Q&A

What is ExceeMatrix's primary focus?
ExceeMatrix develops high-strength collagen medical devices for ligament and tendon repair, utilizing fibers derived from soft corals.
What is the key innovation behind ExceeMatrix's technology?
ExceeMatrix uses a proprietary technology platform to create regenerative implants from soft coral fibers, which exhibit tensile strength greater than human connective tissue.
Where is ExceeMatrix headquartered?
ExceeMatrix is headquartered in Or Yehuda, Center District, Israel.
When was ExceeMatrix founded?
ExceeMatrix was founded in March 2012.
What is the current status of ExceeMatrix?
ExceeMatrix is currently inactive, as of January 2016.
What is ExceeMatrix's current employee count?
ExceeMatrix has 1-10 employees.
Who is the CEO of ExceeMatrix?
Gilad Karni is the CEO of ExceeMatrix.
In which sector does ExceeMatrix primarily operate?
ExceeMatrix operates primarily in the Health Tech & Life Sciences sector, with specializations in Biomaterials & Tissue Engineering and Medical Devices.

Sectors & technology

Primary sector
Health Tech & Life Sciences
Sub-sectors
Health Tech & Life SciencesPharma & Medical BiotechnologyBiomaterials & Tissue EngineeringMedical DevicesMedical Treatment & Therapeutics
Technologies
Materials & SubstancesImplants
Target customers
Healthcare & Life SciencesHealthcareProvidersLife SciencesBiotechnology
Business model
B2B

Highlights

Verified

Tags

orthopedicsmedical-technologiesbiomaterialstissue-regenerationmedical-devicesregenerative-medicinerehabilitation
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