The In-Office Orthotics Solution
Treat your patients to the future of footcare...
The In-Office Orthotics Solution
Treat your patients to the future of footcare...
Treat your patients to the future of footcare...
Treat your patients to the future of footcare...
Design your 3D soles as you see fit with the Fit4U orthotic design software. Your imagination is your only limit! Whether you opt for manufacturing on an FDM or resin 3D printer, define your therapeutic plan by choosing the thickness, shape and elements to design custom-made plantar orthoses for your patients. The Fit4U software allows you to bring your own 3D printer if you have one, or you can use our printer for faster and more reliable prints.
Easy and fast!
1 hour is enough to learn the software! 5 minutes are enough to go from a scanned foot image to a production ready orthotic!
Custom
Full control over widths, heights, additions, locations of whatever corrective elements you need.
Digital Accuracy
Accuracy and reproducibility through the use of digital technology in your daily practice.
Tailored to your practice
You are the expert! Digital tools are only aids at the service of your expertise!
The software to take your scan and turn it into a orthotic, ready for printing... Includes 1-on-1 Remote Training to get you running!
Use your iPhone to scan a foot for orthotic production. A free program to download, HEGES allows you to produce the .stl foot scan yourself. There is a $7.99 fee associated via in-app purchase.
Use your iPhone to scan a foot for orthotic production. If we design the orthotic the scan conversion fee is included in the service. If you want the .stl file the cost is $1.50/foot, or use a free program like HEGES to produce the .stl of the foot scan yourself.
Version 7 Rhino 3D is the underlining engine of the Fit4U design software. Rhino is a fully functional CAD software that can be used for many purposes.
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The Fit4U design software, no monthly fees as you only buy tokens used in the production of a pair of orthotics.
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The Fit4U tokens used in the production of a pair of orthotics, one token per foot.
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Please send us a message with any questions, or to set up a zoom call.
Monday - Friday: 9:00am - 6:00pm
Saturday: 9:00am - 1:00pm
Our mission is to provide medical offices an honest and affordable way to better treat their patients with 3D printed orthotics and ancillary products.
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“GaitON is accurate & easy to use. It really narrows down the analysis time for a gait analysis. The report is well organized and very easy for the patient to understand the results.” - Dr. Abhishek Jain (Orthopedic Surgeon & Sports Podiatrist) Say something interesting about your business here.
"Using GaitON in our gait analysis has brought a sea of change in our exercise protocols. The data that it provides has helped us tweak our treatment and help our clients immensely.
- Dr. Shwetha Warke (Head Physiotherapist, Physioqinesis) here.
GaitON® gait analysis system is used by clinicians to detect gait abnormalities & monitor gait changes in the patient. Its gait analysis protocol is based on RLA terminology & assesses the Pelvis, Hip, Knee & Foot motion during the Gait Cycle.
GaitON® posture analysis system analyses the standing posture of the patient. Its posture analysis protocol identifies key postural deviations from multiple views & exports all data to a report.
GaitON® walking analysis system analyses the walking gait of the patient. Its analysis protocol identifies key walking deviations from multiple views & exports all data to a report.
GaitON® running gait analysis software is used by 200+ clinicians globally for a detailed running analysis. Its running protocol analyses the lower & upper body motion of the runner & identifies any biomechanical faults.
GaitON® Golf Swing Analysis Software is used by clinicians & golf coaches for a detailed golf swing assessment. Its golf protocol is based on the directives of TPI and helps in detection of swing characteristics in the golfer.
GaitON® tennis serve analysis module is used by clinicians & coaches for assessing tennis serve biomechanics. Based on the directives of Women’s Tennis Association & the Shoulder Center of Kentucky, it helps in detecting biomechanical faults during the tennis serve.
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Learn how easy, quick, and rewarding it is to offer orthotics that you design! Whether you print them yourself, or we print them for you...
Click below to schedule a video call to learn more. We will send you a meeting invitation once meeting date and time are confirmed.