Last CAD for orthopaedic custom footwear
Your last-making experience.Secured in the data set.
Design lasts digitally from the 3D scan and produce your net and gross lasts digitally.
- ScanGT George / MAX
- Import 3D datathird-party scans optional
- Designnet lasts, footbed, gross lasts
- 3D print trial shoeprinted on site in your business
- Interim fittingon the foot, before last production
- Changes in CADincorporate corrections from the fitting
- Production preparationSTL export, last production Spenle, Dreve or similar
- Transfercentral shoe manufacturer / upper making
- Archivedigital data set in your business
Every designed last stays in your business as a data set.
Your benefits
Produce new and follow-up footwear without a grinding machine
Up to 60% more efficiency for new cases
Digital processes increase efficiency for new and follow-up cases.
Knowledge stays in your business
What your master craftsman knows is built into the design.
One data set
Net lasts, gross lasts, footbed – all in one digital data set.
Predictable costs
Billed per designed pair, no licence gathering dust.
One case, step by step.
Type 2 diabetes mellitus with polyneuropathy. Documented at Multhoff GmbH & Co. KG – from patient history to the measured result.
Individual care starts with listening.
The patient describes complaints and risk factors. Expert analysis, clear recommendation: a 3D printed diabetic insole with CUBIX.
Recognise risk, prevent damage.
Type 2 diabetes mellitus with loss of sensation due to polyneuropathy. The insole is needed for targeted pressure distribution and to prevent pressure points.
Make loads visible.
The scanned foot is the basis of the analysis. The pressure distribution chart shows load peaks and risk zones – measurement data for an exact fit.
Last modelling in OptiCAD.
The 3D scan of the foot as the basis. The last is designed digitally – exactly to the shape of the foot.
Footbed design in InsoleCAD.
Digital modelling of the diabetic footbed: relief zones and effect are defined on screen.
Variable Shore hardnesses, combined with purpose.
From soft to firm: 30 and 45 Shore in one insole – for pressure relief, guidance and comfort according to diabetic requirements.
Manufacturing directly in the business.
CUBIX 3D printers and the GT JAke last printer are installed at the orthopaedic shoe business Multhoff: fast turnaround, high precision, reproducible at any time.
Layer by layer to the right insole.
Additive manufacturing with defined heights and graded Shore hardnesses. The functional zones are created exactly to the CAD specification.
The finished CUBIX diabetic insole.
Printed individually for the patient. Goal: reduce pressure peaks, minimise friction, protect the foot.
Fine-tuning and documentation.
First fitting: fit and alignment are checked and adjusted, pressure relief is confirmed by measurement. Patient feedback goes into the final documentation.
Measurably better, noticeably safer.
Clearly improved pressure distribution, more stability when walking, lower risk of calluses, blisters, cracks and ulcers – confirmed by measurement and feedback from Multhoff.
Frequently asked questions
Answered briefly.
A 3D scanner, for example GT George or GT George MAX. You then use the scan directly for last design. We can also import STL, OBJ or WRL files.
Bring a case – we will design it with you.
One scan, one last, your questions. Afterwards you know whether Last Design fits your workflow.
Or call us directly +49 251 987240