Technologies - Technische Orthopädie Hamburg

Digitalization and progress in orthopedic technology

Ein 3D-Drucker in Aktion, im Hintergrund stehen zwei Menschen.

Digitalization in orthopedics is constantly opening up new possibilities: From 3D printing and 2D and 3D scanners to advanced materials like HTV silicone, more efficient and individualized assistive device solutions are emerging. AI-supported prosthetic components are still under development, but already show promising approaches. Our research and development department continuously examines how new technologies can improve the functionality and comfort of assistive devices.

We would also be happy to advise you on possible cost coverage.

An overview of our services

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3D printing

Precision manufacturing of polymer components for research and custom-fit orthotic and prosthetic components.

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2D scan

Precise foot measurement for individual insoles and digital foam impressions.

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3D scan

Creation of high-resolution, textured 3D models for orthoses and prostheses.

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Combination of scanning and 3D printing

Digital data enables perfectly fitting components, shorter production times and precise adjustments.

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Custom manufacturing

Personalized solutions for sensitive stumps, scars or allergies are manufactured directly on site.

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Personal consultation

We support you from the initial analysis to the final customization. We provide personal consultation and always utilize the latest technology.

3D printing and scanners – the future is within reach

Using state-of-the-art 3D printing technology, we manufacture precisely fitting components from various plastics quickly and accurately. The process includes digital design, printing of the components, final reworking, and installation into the tools.

Our digital 2D and 3D scanners enable the precise measurement of feet, legs, and the entire body. This allows us to create individual foam impressions and high-resolution 3D models, which can be used for orthoses, prostheses, or research purposes. The combination of scanning and printing technologies results in perfectly fitting, functional aids that are optimally tailored to the wearer’s needs.

What our customers say

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Perfect, expert advice and friendly service. The best orthopaedic insoles I have ever had! This shop was a real stroke of luck for me.

Sigrid

Materials and precision for optimal function

HTV Silikon wird gerade mit den Händen modelliert

Besides digitalization, the choice of materials also plays a crucial role. In our workshop, we manufacture HTV silicone sockets that offer high wearing comfort, flexibility, excellent adhesion, and hygienic properties. Sensitive stumps, scars, or exostoses can be optimally supported by using different silicone hardnesses. This allows us to achieve a precise fit and maximum functionality, directly on-site and individually tailored to your needs.

Frequently asked questions

How does 3D printing support orthopedic technology?

3D printing enables the fast and precise manufacturing of perfectly fitting components for orthoses and prostheses, thereby shortening and optimizing individual adjustments.

What are the advantages of 2D and 3D scanners?

Scanners digitally capture feet, legs or the entire body, provide exact measurements and enable the production of perfectly fitting aids.

Why is HTV silicone important in prosthetics?

HTV silicone ensures an optimal fit, high flexibility and comfort, and can be individually adapted to sensitive stumps.

How do scanning and 3D printing work together?

The 3D scan captures exact dimensions and structures, which are then processed in 3D printing to produce precisely fitting and functional components.

Die Geschäftsführer Maximilian und Florian vor dem Sanitätshaus.

Please contact us!

040 60926080
zentrale@t-o-h.de

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Technology