Technology, Materials & Quality
Each component of the MM Podiatry system, chosen for reliability, consistency and clinical coherence.
How are 3D Printed Orthotics Manufactured?
Every orthotic shell is built layer by layer from a digital file of your prescription, giving precise control over thickness, stiffness, and geometry, with excellent repeatability between pairs.
The result reflects your prescription rather than a generic template. Every pair from the same file is identical. Adjustments and repeats are made at file level and reprinted precisely, with no variation, no guesswork, and a clear digital record of every device manufactured.
What 3D Printed Orthotic Materials are Used?
Shell material: TPU in different densities, polypropylene (PP) and carbon fibre options for higher stiffness requirements.
Top covers
The top cover is prescribed to match the clinical requirement, for example:
- PORON — highly resilient shock attenuation through repeated loading cycles. For high-activity patients and sport.
- PLASTAZOTE — moulds closely to foot contours and distributes load over a larger surface area. For diabetic, high-risk, or offloading presentations.
- LUNATEC MOTION — reduces shear forces at the foot-orthotic interface. For presentations where shear is the primary concern.
Combinations are available for complex presentations. We can advise on appropriate specifications.
What Quality and Compliance Standards Apply?
- Filament: UNEEN 11865:2002, EU 10/2011, USP regulations for topical use.
- Filament supplier: ISO 9001 and ISO 13485 certified.
- Top cover material: ISO 9001 certified.
- Every device is checked before dispatch.
- Clear digital record maintained for every pair manufactured.
RehabHub 3D: An Innovative Digital Rehabilitation Platform
RehabHub 3D is more than a consumer fitness app. It is an exercise prescription software with the tools to prescribe, monitor and progress structured rehabilitation in a busy practice, and the compliance standards expected of a clinical platform.
What Does the RehabHub 3D Platform Offer?
- 3D exercise demonstrations that are viewable from any angle, on any device, so patients know exactly how to perform each exercise.
- Real-time compliance tracking — clinicians see what patients have completed between appointments.
- Multi-week scheduling with built-in progressions. Programmes advance automatically, matched to the patient's plan.
- One-click templates — pre-built protocols for plantar heel pain, Achilles tendinopathy, tibialis posterior dysfunction, and more.
- Patient video recording. You record the exercise in the clinic and attach it to the patient's plan for personal reference at home.
What Compliance and Technical Standards Apply?
- GDPR-compliant. Patient data stored on London-based servers.
- Available on iOS, Android, any web browser, and AR/VR headsets.
- No limits on patient capacity.
- 30-day free trial — no card required, cancel anytime.
- MM Podiatry holds exclusive rights to offer RehabHub 3D to clinicians in the UK.
Walkactive and Streek: Structured Return-to-activity Programmes, Delivered Digitally
MM Podiatry return-to-activity programmes are delivered through our partners WalkActive and Streek — both established, digitally delivered programmes that clinicians can recommend to patients via a referral link or QR code.
WalkActive — walking and everyday function programme
Accessed through a digital platform and app. Multiple programmes matched to patient goals and activity level. Built around gait modification techniques that are broadly supported by the evidence. Clinicians guide patients to the appropriate programme; WalkActive manages the progression.
Streek — running programme
3D Printed Orthotics: Materials & Technology
More information about our 3D printed custom orthotic materials and technology
Are 3D printed orthotics durable?
Can clinicians send digital 3D scans?
Yes. MM Podiatry accepts digital scans alongside foam impression boxes and slipper casts.
What quality checks are in place?
What if a custom orthotic needs to be adjusted?
Can I get a repeat of a previous device?
Yes — from the same digital file, without new casts, if the foot has not changed significantly.