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  1. No Access

    Article

    Charakterisierung additiv gefertigter keramischer Bauteile via FFF-Verfahren

    D. Nötzel, T. Hanemann, R. Eickhoff in Keramische Zeitschrift (2019)

  2. No Access

    Article

    Morphology and oxygen vacancy investigation of strontium titanate-based photo electrochemical cells

    In this paper single band gap photo electrochemical cells (PECs) are presented, which consist of strontium titanate (SrTiO3) photo anodes on nickel cathodes in potassium hydroxide electrolyte. SrTiO3 powders are ...

    D. Hertkorn, M. Benkler, U. Gleißner, F. Büker, C. Megnin in Journal of Materials Science (2015)

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    Article

    “LIGA2.X” process for mass production of single polymeric LIGA micro parts

    The new modification of the LIGA process “LIGA2.X” is a promising process chain to replicate high accuracy single polymeric LIGA micro parts in large scale to feasible costs. The advantages of this new approa...

    J. Heneka, M. Guttmann, K. Plewa, J. Mohr, T. Hanemann in Microsystem Technologies (2014)

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    Article

    Ferroelectric thin film fabrication by direct UV-lithography

    Due to their use in the fields of sensors, energy harvesting, capacitors and FeRAMs the fabrication of microstructured ferroelectric thin films is an important research field. Therefore a modified sol–gel proc...

    Manuel Benkler, F. Paul, J. Schott, T. Hanemann in Microsystem Technologies (2014)

  5. No Access

    Article

    Metal-ceramic-composite casting of complex micro components

    Metal-ceramic-composite casting has a huge potential as a new manufacturing method for the production of complex-shaped micro sized parts or microsystems consisting of different metals and ceramics. The fundam...

    D. Buqezi-Ahmeti, J. Maisenbacher, J. Gibmeier, T. Hanemann in Microsystem Technologies (2013)

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    Article

    Laser micromachining of metallic mold inserts for replication techniques

    The laser microcaving (LMC) of steel is performed with cw Nd:YAG laser radiation. LMC enables a “clean” patterning process with only a small amount of debris and melt. During LMC the formation of a Ni-enriched...

    W. Pfleging, A. Meier, T. Hanemann, H. Gruhn in MRS Online Proceedings Library (2011)

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    Article

    Replication technologies for HARM devices: status and perspectives

    Replication processes offer a number of considerable advantages for the production of micro components. This is not limited to the high economic efficiency achieved by numerous multiplications of master struct...

    V. Piotter, W. Bauer, T. Hanemann, M. Heckele, C. Müller in Microsystem Technologies (2008)

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    Chapter

    Rapid Prototy** and Rapid Tooling Techniques for the Manufacturing of Silicon, Polymer, Metal and Ceramic Microdevices

    Rapid prototy** techniques allow the rapid and flexible generation of single design models as well as fabrication tools for the replication of small scale series, at present mainly in the macroworld. A curre...

    T. Hanemann, W. Bauer, R. Knitter, P. Woias in MEMS/NEMS (2006)

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    Article

    Fabrication of ceramic microcomponents using deep X-ray lithography

    In the last years the fabrication of micro components made from ceramic materials became more and more evident with respect to the pronounced chemical stability and the outstanding thermomechanical properties ...

    C. Müller, T. Hanemann, G. Wiche, C. Kumar, J. Goettert in Microsystem Technologies (2005)

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    Article

    Rapid fabrication of microcomponents – UV-laser assisted prototy**, laser micro-machining of mold inserts and replication via photomolding

     The rapid fabrication of microcomponents made from polymers or composites will be presented. The whole fabrication process is divided into three main steps: first, direct patterning of polymers with excimer l...

    W. Pfleging, W. Bernauer, T. Hanemann, M. Torge in Microsystem Technologies (2002)

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    Article

    Laser micromaching and light induced reaction injection molding as suitable process sequence for the rapid fabrication of microcomponents

     For the last years different “rapid”-technologies like Rapid Prototy**, Rapid Manufacturing or Rapid Tooling have been developed in the macro world for a fast prototype or molding tool generation in case of...

    T. Hanemann, W. Pfleging, J. Haußelt, K.-H. Zum in Microsystem Technologies (2002)

  12. No Access

    Article

    Polymer materials for microsystem technologies

    R. Ruprecht, T. Hanemann, V. Piotter, J. Haußelt in Microsystem Technologies (1998)

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    Article

    Various replication techniques for manufacturing three-dimensional metal microstructures

     In microsystem technology a large range of different 6materials will be available only after the necessary micromanufacturing techniques have been developed or adapted. Existing manufacturing techniques are s...

    R. Ruprecht, T. Benzler, T. Hanemann, K. Müller, J. Konys in Microsystem Technologies (1997)

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    Article

    Injection molding and related techniques for fabrication of microstructures

     Injection molding technology and its different modifications represent established processes for manufacturing polymer products with high accuracy in large scale production. Enhanced machine and tool technolo...

    V. Piotter, T. Hanemann, R. Ruprecht, J. Haußelt in Microsystem Technologies (1997)