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eCential Robotics

eCential Robotics develops and commercializes an open, unified, and scalable robotic platform for bone surgery. The all‑in‑one system integrates 2D/3D imaging, real‑time navigation, and robotic assistance to improve precision and outcomes in orthopedic procedures. It is already deployed in over 3,500 surgeries across more than 15 clinical and industrial partners.

Gières (Grenoble), FranceFounded 20097110K+ followers
Updated 1 month ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Bone surgery procedures often rely on separate imaging, navigation, and manual instrumentation systems, leading to fragmented workflows, longer operative times, and increased risk of errors that can affect patient safety.

Solution

eCentric Robotics offers an integrated robotic surgery platform that unifies 2D/3D imaging, real‑time navigation, and robotic assistance into a single, scalable system for bone procedures. The platform standardizes operating‑room workflows by providing a unified interface that guides the surgeon through each step while the robot executes precise instrument motions. Real‑time imaging and navigation ensure accurate alignment and positioning, reducing reliance on manual adjustments. By consolidating hardware and software, the solution improves procedural efficiency, enhances reproducibility, and supports higher patient safety standards across both clinical and industrial settings.

Target Audience

Primary customers are orthopedic and spinal surgeons, as well as hospitals and surgical centers seeking to modernize bone surgery workflows, and industrial partners developing orthopedic devices that require precise robotic assistance.

Features

  • All‑in‑one hardware suite combining 2D/3D imaging, navigation sensors, and a robotic arm for bone surgery
  • Real‑time navigation overlay that updates instrument position relative to patient anatomy during the procedure
  • Closed‑loop robotic control that translates surgeon commands into sub‑millimeter accurate tool movements
  • Modular, open architecture allowing integration with existing OR equipment and future upgrades
  • Scalable system designed for a range of bone interventions, from orthopedic implants to spinal fixation
  • Proven track record with over 3,500 surgeries performed across 15+ clinical and industrial partners
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