The future is 3D–Orthoses tailored and precise.
With custom-made orthoses, we offer a tailored solution and care. The production takes only a few seconds, enabling efficient time savings. For this, we use a 3D scanner to capture the exact contours of the body part for which the orthosis is designed.
Scanning technology instead of plaster casts.
The basis for the orthosis design is a 3D scan of the relevant body part. The scanning process is fast, clean, reproducible, and also comfortable for the patient.
Complete perforation
Low weight
The combination of digital design and additive manufacturing offers the possibility of weight-optimized solutions. By strategically reducing material usage, the weight of the orthosis can be minimized, enabling resource-efficient production.
Reproducible at any time
Integrated joint
Our custom-made joint boxes allow the integration of all standard joint systems into the orthosis, as close to the joint as desired. This leads to a slimmer overall design of the orthosis and improves force transmission.
Fully waterproof
High acceptance
A symbiotic harmony of modern design, fit, and functionality. Together with your user, you have complete freedom to choose the color and design of the orthosis. Through individual customization, a medical aid becomes a fashionable accessory that people enjoy wearing and showing off.
Individualized closures
By integrating movable deflection elements, the closures optimally adapt to the body’s anatomy, offering the option of individually selecting the closure strap width.
Edge design
By thinning the edge areas, we achieve weight reduction, a slimmer appearance, and quicker, simpler post-processing. Additionally, edging helps minimize pressure on soft tissues.
Process of care
Scan at Orthorama AG
3D scan for precise analysis
Third-party institution
Custom manufacturing
Composition
Combining all data
GL Analysis
Internal quality assurance
Post-processing
Final polishing and quality check
Assembly
Precision assembly of all parts
Repair station
Service and adjustments
Analysis incl. biomechanical measurements
Comprehensive movement analysis
