Aalen University of Applied Sciences revolutionizes hearing acoustics with 3D ear scanners!

Aalen University of Applied Sciences revolutionizes hearing acoustics with 3D ear scanners!

Aalen, Deutschland - The progress in hearing acoustics takes a big step forward. At the Aalen University of Applied Sciences, a digital ear canal scanner is integrated into the audiology and hearing acoustics course. This innovative technology aims to significantly improve the individual care of customers. The clear message of course manager Prof. Dr. Steffen Kreikemeier is that the tailor -made impression of the ear for the otoplasty is of great importance. Here the use of the new scanner opens up a variety of options.

The ear scanner uses a non-invasive laser technology and creates digital 3D files that are generated from over one million data points. This enables a high precision in the adaptation of hearing systems and is accompanied by a noticeable time gain. In addition, this method significantly reduces waste compared to conventional manufacturing processes, which is both ecologically and economically advantageous. The device is financed through the research project "Skinjob", the goal of which is the material development for the production of otoplasties using volumetric 3D printing (xolography). The Aalen University of Applied Sciences is at the top of technological developments in hearing acoustics.

advantages of digitization

But what exactly makes the Otoscan so special? It offers a scanning process that not only explains the functioning of the ear, but also the factors that influence listening. This procedure promotes customers' trust in technology and individual advice is strengthened. "We want to create a positive experience," said the initiators, "which supports our customers in the acceptance of a hearing system." Due to the digital 3D scan, tailor-made fits for hearing systems are achieved and the new production rate is reduced by 33 to 50 percent compared to the market average. This speaks for the high efficiency of this new procedure and contributes to increased customer satisfaction.

The combination of modern laser technology and 3D printing fits perfectly into the current development of additive manufacturing, which is increasingly relevant in medicine. The possibilities that offer tailor -made solutions in health care are enormous. For example, it is reported that the production of surgical devices and prostheses is significantly simplified while costs and time can be saved at the same time. 3D Natives emphasizes that the market for 3D printed medical devices could grow to 4.9 billion US dollar, which could grow in this area illustrated.

A look into the future

In all of these technological advances, the competence center Audiology of the Aalen University of Aalen also plays a crucial role. In the coming weeks there will be an XOLOGRACKER to support the project on the premises. This means that the signs stand for innovation and progress, both for the students and for future customers.