Custom Orthotics
Phits 3D Printed Custom Orthotics
Scan. Analyze. Print. Custom orthotics based on dynamic gait analysis, 3D scans and 3D print technology. Evidence based. 30 years of experience.
Cycling
Designed for optimal power transfer from the forefoot to the pedal. It is a full-length and rigid printed base underneath the forefoot. Only available with 2mm top covers to keep it as thin and light as possible.
✔ Lattice only
Golf
This orthotic comes with a standard EVA top cover with a synthetic leather finish. It is ideal for wider and/or semi-orthopedic shoes for patients with a larger heel.
✔ Slim and Lattice available
✔ Customizable with all corrections and modifications available
Ski
The Ski orthotic (either Alpine or Nordic) has a full-length printed base. The 3D printed base is flexible under the forefoot. It comes standard with a 2mm top cover to result in a thin orthotic that will easily fit in ski boots without compromising the available space in the toe box. This orthotic is also recommended for hockey skates or any other ‘static’ shoe where you want to use forefoot wedges to correct the foot. The Nordic Ski is narrower in width compared to the Alpine and works best for a ski or hockey boot with a slimmer last.
✔ Lattice only
Running
An ideal orthotic whether you are a professional or recreational runner. It comes standard with a 6mm EVA (Shore 30, 35 or 40) top cover, but can be customized to have a more cushioned PU Soft top cover (Shore 20).
STANDARD TOP COVER:
✔ 6mm EVA (30, 35, 40 shore)
OTHER OPTIONS:
✔ Slim and Lattice structures available
✔ Compatible with all top cover options
✔ Customizable with all corrections and modifications available
Soccer
The soccer orthotic is designed to be narrow and with a standard 6mm EVA top cover. It can be used for track and field spikes or rugby shoes.
✔ Slim and Lattice available
✔ Customizable with all corrections and modifications available
Comfort
Ideal for everyday shoes or semi-orthopedic shoes for people with an average foot width.
STANDARD TOP COVER:
✔ 3mm EVA (30, 35, 40 shore)
OTHER OPTIONS:
✔ Slim and Lattice structures available
✔ Compatible with all top cover options
✔ Customizable with all corrections and modifications available
Safety Workwear
The Safety orthotic is available in Comfort, Narrow or Wide width and comes with a standard 3mm EVA carbon top cover with ESD (electro-static discharge) properties.
STANDARD TOP COVER:
✔ 3mm EVA Carbon Shore 40
OTHER OPTIONS:
✔ Slim and Lattice structures available
✔ 6mm EVA Carbon Shore 40 top cover available
✔ Customizable with all corrections and modifications available
LATTICE Structure
Phits 3D printed custom orthotics are manufactured on HP commercial 3D printers using a nylon powder (PA 12) giving it strength and durability. The devices are printed with a lattice structure allowing for unique 3D print characteristics such as zone density control and stiffness direction control. The footscan software AI analyzes the scan and assists the practitioner with design recommendations. The overall 3D printed advantage results in a more precise, thinner and lightweight orthotic when compared to traditional hand-made orthotics.
SLIM Structure
For an even thinner solution, our Slim orthotics were designed with a solid shell (no lattice structure) but still maintains the balance between stability and flexibility. This orthotic type comes with less corrective parameters and is great for patients who are new to custom foot orthotics or who require correction but have limited space within their shoes (eg. Dress shoes).
Local Stiffness
Our unique 3D printed lattice structure allows you to modify the flexibility and stiffness of the printed base in five predefined zones. This feature gives you the ability to steer and correct the foot by adjusting the intrinsic properties of the base without adding any bulk to the orthotic.
Local Stiffness
Our unique 3D printed lattice structure allows you to modify the flexibility and stiffness of the printed base in five predefined zones. This feature gives you the ability to steer and correct the foot by adjusting the intrinsic properties of the base without having to add too much bulk to the overall orthotic.
Using the integrated footscan Design Wizard, we offer various additions and modifications to fully customize your patient’s 3D printed orthotics.
From rearfoot to forefoot correction and everything in between, you have the ability to customize from heel to toe!
With the push of a button, your order is submitted to the lab for printing. This is orthotic ordering made easy!
SUPERIOR OUTCOMES
Phits 3D printed orthotics provide “equivalent or better” patient-reported outcomes when tested against standard orthotics.¹
¹Gibson KS, Woodburn J, Porter D, Telfer S. Functionally optimized orthoses for early rheumatoid arthritis foot disease: a study of mechanisms and patient experience. Arthritis Care Res. 2014; 66(10):1456–1464.
The Workflow
Our workflow is 100% digital end to end. This allows for maximum efficiency and minimal time on your part.
3D Scan
& Pressure Scan
Footscan AI
& Specialist Input
3D Print
SCAN. ANALYZE. PRINT.
True custom orthotics, not from a library of shells made off-site
- Orders are 3D printed specifically for each patient based on their digital cast, gait analysis and your evaluation.
- Additional orders are 100% digitally reproducible
- Each order is backed by our solid patient satisfaction warranty.
Satisfaction guaranteed
Orders are 3D printed specifically for each patient when the order is received. Customized with your patients’ order ID printed directly into each custom orthotic.
Environmentally friendly
3D printed custom orthotics dramatically reduces production waste compared to manual manufacturing. 3D foot scanner technology eliminates landfill waste from casting materials and the carbon emissions associated with shipping. Non-toxic, bio-compatible 3D printing powder is recycled to optimize usage and minimize waste.
The future is now. Are you in?
We support foot healthcare practitioners by enabling them with advanced scanning technology and 3D printed custom orthotics. Reach out to our team to learn more now.