Custom insoles for your practicenow with voice AI
now with voice AICustom insoles for your practice

Talk to the software. Watch the insole appear.

No mouse, no keyboard. Your focus stays on your patient.
Book a demo
See how it works

Automated

Data-driven, with 350.000 foot-in-shoe datasets and pressure analyses.

You decide

The software proposes a design. You assess, approve and prescribe.

Gait data

Not a static shape. Support goes where the foot actually loads during walking.
How it works

Three steps, one appointment

Patient walking over the T-Soles pressure plate
Step 1

Measure

Your patient walks over the T-Soles pressure plate. The software shows you the gait analysis.
Pressure map of both feet from the T-Soles gait analysis
Step 2

Design

Based on the gait analysis, the software proposes the insole design. Adjust it by voice or hand — you stay in control.
Custom insole printed on the T-Soles 3D printer
Step 3

Print

Print on your own 3D printer. Same day, in your clinic. No printer? We print it for you at the T-Soles printing hub.
See how it works
Capabilities

What T-Soles does today

Real screen recordings from the T-Soles software, available to clinics today.

Voice AIDesign by voiceSay what you want to change, and the software does it. No mouse, no keyboard, so your focus stays on your patient.
Pressure analysisAutomated design from walkingYour patient walks over the pressure plate. The software reads the gait analysis and proposes a full insole design in seconds. You adjust it and prescribe.
WBCT integrationSee inside the shoeWorking with a weight-bearing CT scanner? T-Soles shows bones, soft tissue and pressure together, in the shoe your patient wears, and derives the insole design from these scans.
Pressure map of both feet from the T-Soles gait analysis
Your clinical inputYour findings guide the designAdd the Foot Posture Index scores and your diagnosis by voice or mouse. The proposed design follows your clinical findings.
Built on clinical scienceData-driven: 350.000 foot-in-shoe datasets and pressure analysesPatented technologyServers in the Netherlands and the USA
Work from any location

Take your practice to your patients

Your patients don’t have to come to you. Bring the pressure plate, measure on site, and design the insoles on the spot. Print them back in your practice, or let our hub print and ship them.

  • Care homes: see residents where they live
  • Sports clubs: measure a whole team in one visit
  • Home visits: for patients who can’t easily travel
T-Soles pressure plate
Why clinicians choose T-Soles

Competitive advantage and more time for patients

  • No waiting on a lab. Design and print in the clinic, so the patient is not waiting on a lab.
  • Patient data protected. Most processing runs on your own computer. Our servers are in the Netherlands and the USA, and the calculations we run there use nothing that identifies a patient.
  • Clinical evidence. Studies with academic foot and ankle research groups are ongoing.
  • Built on clinical science, improved by real patients. The design rules come from published research and podiatric practice. 350.000 datasets, and the insoles the podiatrist prescribed, help us improve them.
  • Your prescription, your decision. T-Soles is design software: you assess, approve and prescribe.
See pricing
T-Soles design software and 3D printers at the Eindhoven office
Earnings calculator

Make the margin yourself, not the lab.

Move the sliders to see what printing insoles in your own practice could earn you.
Include shipping and handling if you pay for it.
Your profit per year with T-Soles
Profit per year with a lab
Profit per year with T-Soles
Book a demo
Example only, before your own time and overheads. T-Soles cost = software license of 799 per month (unlimited printing) plus filament. Your own 3D printer is a one-off purchase and is not included.
Beyond insoles

Slides and slippers with the orthotic built in

T-Soles also designs slides and slippers with the corrective shape built in, fully 3D printable. Our project on circular orthopedic slippers is co-funded by the European Union.
About the slipper project
For investors

Building the intelligence layer for the foot inside the shoe

A recurring software license model, patented technology and a large foot-in-shoe dataset. Read about the company and the opportunity.
Investor information

Ready to see it in your practice?

Book a demo and watch a full measurement-to-insole design, live.
Book a demo
T-Soles software showing a foot scan inside the shoe
Co-funded by the European Union

The circular orthopedic slippers project is co-funded by the European Union. About the project

Ready to revolutionize your orthotics practice?

Contact us and learn more about T-Soles and our system!

Get in Touch!

About Us

Your all-in-one solution for insole design and production. 

Investors
R&D Program
EU project: circular slippers

Co-funded by the European Union

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Contact

Visiting address

Boschdijk 1119
5626 AG Eindhoven
The Netherlands

Office address – The Netherlands

P.J. Oudweg 4
1314 CH Almere
The Netherlands

Office address – The United States of America

10691 N Kendall Dr
Miami, FL 33176, USA

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