AG alp Angewandte Lasertechnik und Photonik - TH Aschaffenburg

AG alp Angewandte Lasertechnik und Photonik - TH Aschaffenburg
Würzburger Straße 45
63743 Aschaffenburg

http://www.th-ab.de/alp

Prof. Dr. Ralf Hellmann
Tel.: +49 6021 4206 874
Fax: +49 6021 4206 801
Contact per mail

Information

The AG alp offers technology transfer on an industrial level. Due to the wide range of laboratory equipment, AG alp is able to map the entire process chain of additive manufacturing. From the AM-adapted design of components, through their production, to post-processing and materials analysis, every production step can be represented and evaluated on a 1-to-1 basis. The AG alp thus offers interested companies the possibility of implementing additive manufacturing in their process flow on a project basis and thus massively increasing their innovative capacity. The diversity of AG alp's laboratory equipment makes it possible to directly compare the advantages and disadvantages of different AM processes, including the necessary post-processing steps. In addition, solutions tailored to requirements can be developed in direct dialog and their feasibility can be verified in concrete terms.

Back to map

Profile

We offer technology transfer on an industrial level. Get to know the potentials of additive manufacturing specifically for your problem.

Because of the broad portfolio of AG alp, the entire process chain can be mapped with regard to additive manufacturing, from component manufacturing and materials testing to post-processing and quality assurance.

SLM-Maschinenpark der AG alpSLM-Maschinenpark der AG alp (photo credit: AG alp/P.Wüst)

Products

  • Feasibility studies
  • Material investigations as well as workpiece analysis for quality assurance
  • Comparison studies to evaluate different additive manufacturing processes
  • AM-matched design
  • Heat post-treatment
  • Hot isostatic pressing
  • Prototype manufacturing
  • Material studies
  • Laser-assisted post-processing
  • Laser micro- and macro-machining

.

Technology

  • Metal 3D printing (EOS 290, DMG MORI Lasertec 30, REALizer SLM 50)
  • Hybrid manufacturing using a combined SLM-milling system (Matsuura Lumex 25)
  • Laser buildup welding (Laservorm LV MIDI)
  • Selective laser sintering - SLS (EOS Formiga P110) and strand deposition FDM (Stratasys Fortus 450mc)
  • Multijet-3D printing (Stratasys Polyjet Connex 3) as well as stereolithography - SLA (Formlabs Form2)
  • Measurement technology laboratory for materials testing
  • Hot isostatic presses (Quintus QIH)
  • Powder analysis, Metallography as well as mechanical metrology
  • Surface analysis as well as geometric characterization
  • Laser macro and micro material processing

.