CUVIS Joint Robotic System For Knee Replacement Surgery

Cuvis Joint Robotic System is the most advanced surgical cutting-edge robotic technology supporting surgeons with Personalised Preplanning and Precise Cutting for predictable and consistent results. CUVIS Joint® robot system is an automated robotic Knee Replacement Surgery system that makes safe, consistent, and accurate artificial joint surgeries possible in India.

CUVIS Joint robot system for artificial joint surgery is the most advanced surgical equipment capable of 3D pre-planning, virtual surgery, and precise cutting to provide accurate and precise surgery results. CUVIS Joint® is an innovative, user-friendly surgical robotic system that offers industry-best accuracy and safety for medical procedures.

KEY FEATURES:

  • Product & Class : Automation Robot surgical system (Class 3)
  • Planning :3D CT Base surgical planning
  • Cutting: Fully automatic cutting (Milling) No cutting guides (jigs) required Tibial cut including keel preparation Fully finished femur with all the cuts and peg holes
  • Safety : Emergency stop & Manual guide
  • DetectionOTS (Optical Tracking System)
  • Robot cutting Max. 50mm/sec
  • Robot precision Repeat precision < 0.5 mm / Positioning accuracy < 1 mm
  • Other features Wide surgical space and high freedom (6axis articulated robot) Patient-Robot Position Guide (Surgical space check) Speed control during cutting Compact hardware, minimize product space

BENEFITS:

  • CUVIS Joint® robot shows bone in 3D images for pre-planning of surgery, personalized for the patient
  • Precise surgical plan to select the personalized artificial joint for the patient and insert it accurately
  • The correct alignment of a patient’s leg axis with the sub-millimeter dimensional accuracy and precise cutting
  • The risk of infection is reduced due to the use of fewer instruments in use than in conventional surgery.
  • Quick recovery and early discharge of the patient

ADVANTAGES:

  • Bone registration using a probe
  • 3D bone model generation with fast and easy CT image data
  • Reduces the surgery preparation time through 3D modeling
  • Various cutting options – Full & partial cutting
  • Intra-operative gap check – Pre/Intra/Post
  • Real-time system monitoring
  • Emergency stop & force freeze
  • Manual guide of the robot arm
  • Precise pre-surgical planning is executed every time
  • Sub-millimeter dimensional accuracy and optimal alignment

Dr. C Rex

MS (Orth), Dip NB(Orth), FRCS(Ed), MChOrth (Liverpool) FRCS Trauma & Orth (UK), Ph D, D Sc(Orth)

Chief Consultant Orthopaedic and Trauma Surgeon Professor and Head of Department of Orthopaedics REX ORTHO HOSPITAL (Post Graduate Institute of Orthopaedics)

PUBLICATIONS

(i) K-WIRING - Principles and Techniques
(ii) Clinical Assessment & Examination In Orthopaedics

FACULTY

Asia Pacific Arthroplasty meet ,
Indo Korean Orthroplasty and arthroscopy meet,
Indian Arthroplasty conference,
AO Nailing & introductory basic course ,
International Trauma conference,
Workshop on joint replacements & Orthofix fixator   Read More

THESIS

DSc degree 2012 (Victoria Global University, Turks and Caicos)
Ph D degree 2011 (Victoria Global University, Turks and Caicos )
MCh Orth exam 1998 (University of Liverpool )
MS Ortho exam 1993 (Mahatma Gandhi University, Kottayam )