Ready to revolutionize your orthotics practice?
Contact us and learn more about T-Soles and our system!
How it works
The innovative T-Soles system offers many advantages over traditional methods of insole design and production. From a 3D-CT-scan of weight bearing feet inside footwear of choice, insoles are 3D printed, taking into account the internal and external feet anatomy. This automatic process increases productivity as well as product and service quality for podiatrists. And more important, for clients this means therapeutic insoles for actual foot problems and a great increase in comfort.
Effortless Insole Design
No more handcraft and second guessing. Our software calculates an insole that fits the shoe and the foot perfectly!
Whether your patient is dealing with bunions, hammertoes, heel spurs, or flat feet, our extensive therapeutic library offers a variety of elements that are automatically incorporated into the insoles based on the patients pathology. The insoles come with a standardized 3 mm thickness, yet with a simple click, you can easily fine-tune the thickness and softness to meet individual preferences.
T-Soles Pressure plate
Our pressure plate enables comprehensive foot analyses, encompassing both static and dynamic measurements.
It identifies the plantar pressure profile to guide orthotic design, aids in diagnosing foot arch type, neuropathic ulcer risk areas and observe the COP line and dynamic weight transfer to check the postural stability. Our user-friendly software allows easy modifications, using standardized elements from our therapeutic library to design custom insoles for your patiënt.
The T-Soles Method
One Appointment
Weight Bearing CT scan
- CT-scan of feet inside footwear-of-choice
- Carrying full bodyweight
- Select internal materials of interest for imaging (bones, muscles, skin, air and shoe)
Automatic Design
- Algorithms calculate insole design
- Anatomical corrections to foot bone positions
- Podiatrist can do manual adjustments
3D - Print
- Insoles are 3D-printed accurately and consistently
- Perfect fit for footwear-of-choice
- Ready while client waits
The Traditional Method
Several weeks
Blueprint or 2D - Scan
- Only the outside of feet is modelled
- Neglecting any shoe model
- Little biomechanical and anatomical foot insight
Manual design or casting mold
- Design based on podiatrist’s subjective estimations
- Not based on insights on foot bone positions
- Risk of imperfect insole design
Production by craftsman
- Time and labor consuming process
- Client waits several weeks
- Insoles fit limited shoe types
- Risk of ill fitting insole
Newsletter
Contact
Visiting address
Boschdijk 1119
5626 AG Eindhoven
The Netherlands
Office address – The Netherlands
P.J. Oudweg 41 – Unit 001
1314 CJ Almere
The Netherlands
Office address – The United States of America
10691 N Kendall Dr
Miami, FL 33176, USA
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