OsteoCentric Technologies develops UnifiMI® Interface Technology, which preserves the native architecture of bone during implant insertion to enhance mechanical stability. This technology addresses the issue of compromised bone integrity and delayed healing associated with conventional interference-fit methods.
Funding
$46.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
OASCFounders
Product
Problem
Conventional interference-fit methods used in orthopedic and dental implant surgeries can compromise the integrity of the bone during implant insertion. This damage reduces the mechanical stability of the implant and delays the healing process, potentially leading to compromised patient outcomes.
Solution
OsteoCentric Technologies offers UnifiMI® Interface Technology, designed to preserve the native architecture of bone during implant insertion. This technology aims to enhance mechanical stability and accelerate the patient's healing journey by minimizing bone damage. The patented thread form design prepares and preserves the bone during insertion, creating a stable, mechanically integrated interface between the implant and the bone. This approach provides immediate and sustainable primary stability, which is crucial for successful and rapid osseointegration.
Target Audience
The primary target audience includes orthopedic surgeons and dental implantologists seeking to improve implant stability and accelerate healing in patients undergoing bone implant procedures.
Features
- Patented UnifiMI® thread form designed to minimize bone damage during implant insertion.
- Mechanically integrated interface for enhanced implant stability.
- Cannulated Fastener System for precise implant placement.
- Headless Compression System for fracture fixation.
- Proximal Humerus System for upper arm fracture repair.
- Integrity-SI System for sacroiliac joint fusion.
- Pedicle Fastener System for spinal stabilization.
- OsteoGuard Drill Bits designed to minimize thermal necrosis.