3D orthoses
The future is 3-dimensional
Through individually manufactured orthoses, we offer a tailor-made solution and care. The production only takes a few seconds, which saves time efficiently. To do this, we use a 3D scanner to capture the exact contours of the body part for which the orthosis is being designed.
ADVANTAGES
SCANNING TECHNOLOGY INSTEAD OF PLASTER CASTS
The basis for orthosis design is a 3D scan of the relevant body part. The creation of a scan is quick, clean, reproducible and at the same time comfortable for the patient.
COMPLETE PERFORATION
Customised perforations ensure air circulation and thus reduce perspiration when wearing the orthosis. They also reduce weight and are a visual highlight.
LOW WEIGHT
The combination of digital design and additive manufacturing offers the possibility of a weight-optimised fitting. The weight of the orthosis can be minimised through targeted material savings, enabling resource-saving production.
REPRODUCIBLE AT ANY TIME
The orthosis can be reprinted after wear at low cost.
INTEGRATED JOINT
Our customised insertion boxes allow all commercially available joint systems to be integrated into the fitting close to the joint according to your requirements. This results in a slimmer overall appearance of the orthosis and improves power transmission.
COMPLETELY WATERPROOF
Thanks to the water resistance of our PA 12 and TPU materials, our jointless 3D-printed orthoses can be used in wet areas.
HIGH ACCEPTANCE
Symbiotic harmony of modern design, fit and functionality. You and your user are free to decide on the colour and design of the orthosis. Customised design turns an aid into a fashionable accessory that is a pleasure to wear and show off.
CUSTOMISED FASTENERS
By incorporating movable deflectors, the fasteners adapt perfectly to the anatomy of the body with the option of customising the width of the fastening strap.
FILIGREE EDGE DESIGN
The thinned edge areas reduce weight, create a narrower look and make reworking quicker and easier. In addition, flanging offers the possibility of minimising edge pressure on the soft tissue.
PROCESS OF A SUPPLY
