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3D Manufacturing
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The latest in 3D-scanning technology is used to provide perfect custom orthotics for your patients. ***We use a 100%-digital process to design orthotics using the state of the art Ortho-mill™ and Ortho-model™ software for automated manufacturing.
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Foot Scanning
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Our new IQube foot scanner uses technology that is designed to measure, and produce, high-precision automotive and aerospace products to within a hair's width. Whether you need to scan a foot, a cast, or a foam box impression, IQube can produce a high quality 3D image in seconds.
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Manual Stream
We take pride in the quality of our orthotic devices and the benefits they provide your patients. Only qualified technicians manufacture our orthotic devices.
We believe in using the latest technology to deliver our clients improved, high-quality products that contribute to the improvement of your patient’s health.
3-Step 3D Scanning Process
Place your feet and click scan
Fill up the prescription form
Send e-mail to the lab
Benefits
Accurate
Fast and simple to use
Profitable
No more messy plaster casting
Step 1:
Foot Scanner – we provide a full custom insole solution from scanning your patient’s foot, a plaster cast, or a foam box impression, from high-quality 3D imagery
Step 2:
Custom orthotics insole design: Ortho-model software is a simple and powerful design tool that captures the type and complexity of corrective custom orthotics. The software supports any type of correction or add-ons such as posts, skives, arch fill, metpads, cobra orthotics, cutouts and Mortons extension.
New Layer
Step 3:
Custom orthotics insole manufacturing: All our designs from Orthomodel are automatically sent to Orthomill, and ready for processing. Designs are then nested into a material block automatically. We are able to control how the insoles are produced by selecting different machine techniques (based on your patient's style requirements).
The Orthomodel software allows us to design anything from soft anatomical insoles for diabetic patients, to rigid, polypropylene devices to correct gait, or positives for vacuum forming. 3D Manufacturing
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Foot Scanner
Our new IQube foot scanner uses technology that is designed to measure, and produce, high-precision automotive and aerospace products to within a hair's width. Whether you need to scan a foot, a cast, or a foam box impression, IQube can produce a high quality 3D image in seconds. The design of the scanner allows your patient’s foot to be scanned in non- weight, partial-weight and full-weight bearing positions. If you are foot practitioner, our portable IQube scanner allows you to eliminate the messy casting process, and to save money on expensive shipping costs. The key characteristic of the new scanner is its versatility. It can capture data directly from the patient’s foot, either in weight-on, weight-off or semi-weight-bearing modes.
The scanner weighs only 14kg, so you can take it to patients with mobility restrictions. Additionally, the IQube easily scans casts and foam box impressions. The data is then emailed to the laboratory to manufacture the orthotics, with increased detail and accuracy. This process eliminates the costs and time-delays associated with delivering casts or foam boxes around the country or even internationally.
The IQube is also extremely fast and accurate. It is based on scanning technology developed for the aerospace industry, which allows high quality, full-colour, 3D images to be produced in approximately three seconds.The data collected is accurate to within 0.4mm. This ensures that the laboratory can produce error-free orthotics, to put the patient on the recovery path as quickly as possible.
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Orthotic Fabrication Technique
At Canada Orthomedix, we use the Manual Stream fabrication technique, a traditional method in use for over 16 years. The production of orthotics is a multi-step process with detailed, intricate cast correction, orthotic fabrication, and modifications prescribed by the practitioner for treatment.
Manufacturing Process
Once we receive a prescription, we produce orthotics after moving them through five manufacturing, and two evaluation,stations.
Manual Stream manufacturing
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Manual Stream Manufacturing
