Mission
Give the expert's time back to clinical decisions
Finish scanning, measurement and design on the desktop; manage your clinic from the web panel. Plaster work should not consume the day — time belongs to approval and treatment.
Founded at Ankara Cyberpark, Clonify Labs builds a desktop design app and a web operations panel for orthotics and prosthetics clinics. Cranial, socket and splint are active; AFO, insoles and scoliosis are in development.
Mission
Finish scanning, measurement and design on the desktop; manage your clinic from the web panel. Plaster work should not consume the day — time belongs to approval and treatment.
Vision
Every case should be measured, and the clinician should decide at every critical step. The system proposes; STL leaves only after approval.
How we work
At the end of every design decision is a patient's comfort and treatment. That is why we build the software.
The system proposes, the clinician approves. Expert time should go to treatment, not repetitive work.
Cranial, socket and splint are active. AFO, insoles and scoliosis are in development — we do not sell them early.
Our story
2024
Clonify Labs was founded at Ankara Cyberpark. The aim was clear: replace plaster moulds in O&P clinics with a measurable digital workflow.
2026
The cranial helmet line was validated on real patient cases — measurement, design and clinician approval at the same desk. Socket and splint design were added to the app.
Today
Scan, measure, design and approve on the desktop; the web panel is for managing your clinic. We do not manufacture scanners or printers — we sit on the devices you already have. AFO, insoles and scoliosis are still in development; we do not sell them early.
2027
The commercial release goes live: the desktop design app and the web operations panel together. Then scale-up with a clinic network in 2028 and global expansion by 2030.
A 30-minute demo walks through the flow on your own cases.
Sits on the scanner and printer you already have
A clinician approves every step
Built for custom-made device regulation