S3
We are a London-based enterprise and begin our journey from Imperial College London to develop surgical navigation system to help Total Knee Replacement.
THE NEXT GENERATION OF SURGICAL NAVIGATION
We are a London-based enterprise and begin our journey from Imperial College London to develop surgical navigation system to help Total Knee Replacement.
Total knee replacement (TKR) to replace joints with osteoarthritis is a highly effective
procedure to treat knee pain, resulting in a dramatic reduction in pain, restoration of
function, and improved quality of life. In 2019 (pre-COVID), around 100,000 and 1,000,000 surgeries were
performed in the UK and the US, respectively. This number is predicted to continue to rapidly increase
due to demographic and lifestyle changes, particularly an ageing population, and increasing levels of
obesity. Although TKR is a very successful operation overall, inaccuracies in implant positioning and
ligament tension of up to 30% have been reported using conventional techniques. This is associated with
pain and instability, and is a significant determinant of need for further (revision) surgery (~ 7% of
TKRs are revised every year).
The global orthopaedic navigation systems market size was valued at USD 1.97b in 2020 and is expected to
grow at a CAGR of 14.4% to 2028 [GVR). The rising geriatric population & joint reconstructions, growing
healthcare expenditure, and high awareness levels among patients & healthcare professionals are expected
to drive this growth. The knee segment accounts for a revenue share of over 46% in 2020, expected to
expand further.
Mobile Assisted Reconstruction In Orthopaedics (M.A.R.I.O) is a simple, low-cost, smartphone-based intra-operative navigation system to help surgeons place an implant precisely during the surgery. Our surgical planner is backed by more than 15 years of fundamental research on statistical shape models (SSM) at Imperial College London.
CO-FOUNDER &
CHIEF TECHNOLOGY OFFICER
CO-FOUNDER &
CHIEF SCIENTIFIC OFFICER
CO-FOUNDER &
CHIEF CLINICAL OFFICER
CO-FOUNDER
The MSk Accelerator offers industry-inspired product development support, including an ISO13485 certified Quality Management System, for the design and development of medical devices.
Statistical Shape Model used for bone shape correction, prediction and orthopaedic implant positioning.
Customer discovery programme, S3 had manged to have a formal interview with more than 80 people, including orthopaedics surgeons, surgical nurses, investors, manufactures
Award £645,000 to support the develpment of M.A.R.I.O in collaboration with Imperial College London.
Receveid angel investment