Search

SAPHTEN

About

A flexible, easy to assemble 3D printed orthosis that adapts to the patient’s needs

Saphten is an innovative, dynamic, self-adjusting anti-spastic orthosis. It is manufactured through 3D printing using recycled plastics, and allows flexion and extension without having to use a complex mechanism with many parts. This is a major advance on the current dynamic orthoses which are made up of many parts and a wide variety of materials. The patient can wear a Saphten orthosis for longer periods of time, because he can adjust the tension according to their needs, therefore their recovery rate will be improved.

Diego Acosta Vidal

  • Diego Acosta Vidal

    Diego Acosta Vidal

    IED – Istituto Europeo di Design (Madrid)

    I am a Physiotherapist and Industrial Designer, an unusual combination of disciplines that made me focus on a very specific branch of design; the development of medical devices. I have worked with many patients who suffered from neurological diseases, that experience was what inspired and motivated me to work on these types of products. I try to work through a systematic innovation process, paying special attention to the needs of the patient and in order to fully understand the problem, I seek to generate a value impact on conventional methods and the user experience.more

    Portfolio LinkedIn Instagram

Similiar Projects

0TTest

0TTest

Healthcare

Hunan University

Home testing device to monitor the spread of infectious diseases and protect health workers

37°C

37°C

Healthcare

École Nationale Supérieure de Création Industrielle (ENSCI)

A new design to raise awareness of thermal contraception for men

AEDES

AEDES

Animals

Universidad Nacional de Córdoba

A trap allowing the study of highly resistant mosquitoes causing Dengue fever

aeri

aeri

Health monitoring systems

Darmstadt University of Applied Sciences

Breath analysis device to support early detection of illness at home