Institute of Materials Science and Engineering Tuttlingen

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Highest level of materials expertise

Institute of Materials Science and Engineering Tuttlingen (I590)

The institute focuses on general materials science topics such as:

  •  material development and optimisation
  • material analysis and testing
  • failure analysis
  • material-specific optimisation of manufacturing processes such as heat treatment, deburring, coating, forming technology, etc.
  • planning of material-specific manufacturing process chains.

Medical technology research focus

In the field of medical technology, the following thematic priorities are addressed

  • Biomedical materials
  • Instrument and implant development
  • Process development
  • Testing techniques

The following research projects are part of the Internal link opens in the same window:CoHMed Innovation and Transfer Partnership.

Breast tissue marker research project

In collaboration with physicians and industry, this project is conducting research into an innovative and biocompatible tumor localisation system based on polymer composite materials. The aim of this project is to develop a marker that can be reliably detected in the body using radiology and sonography over a long period of time. This novel procedure eliminates the need for invasive wire marking on the day of surgery and thus represents a step forward in improving the quality and precision of surgical procedures in the treatment of breast cancer.

PersonaMed / BioPor research project

Biofunctionalised porous implants with drug delivery function

SmartMed research project

In this sub-project of CoHMed, research is being conducted into the characterisation and optimisation of additively manufactured metallic glasses for biomedical applications.

Further SmartMed topics:

  • Development of biodegradable materials for medical technology
  • Development of non-metallic composite materials for medical use
HybriMed research project

The HybriMed project, which has already been completed, investigated hybrid materials and hybrid processing for medical technology.

Research focus on mechanical and plant engineering

3D printing composite materials

Development of grinding tools with flexible geometry using 3D printing processes based on hybrid materials

Funding programme: Central Innovation Program for SMEs (ZIM)

Funding body: Federal Ministry of Economics and Climate Protection (BMWK)

Project management agency: AiF Projekt GmbH

Wear-resistant coatings

Functionalisation of the workpiece surfaces of clamping tools through the smart production and application of pasty composite material based on nanodimensioned carbide powder

Funding programme: Central Innovation Programme for SMEs (ZIM)

Funding body: Federal Ministry of Economics and Climate Protection (BMWK)

Project management agency: AiF Projekt GmbH

Research focus on materials development

Our institute conducts research in the field of materials development, primarily in the following areas:

  • Thermodynamics of alloys
  • Material-related simulations
  • New development and optimisation of materials

Our institute team

Institute of Materials Science and Engineering Tuttlingen (I18159)

Publications

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