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Be
Competitive with Innovative Injection Moulding
Processes
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Two-component injection Moulding
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Gas- and water-assisted injection moulding
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Back moulding technologies
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Low pressure injection moulding techniques
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Production of large size glazing
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Combination of processes
Joachim Berthold, Battenfeld,
Meinertzhagen, Germany
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Process Analysis of Foam
Injection Moulding with Physical Blowing Agents
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Possible fields of application
of foamed parts
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Mechanisms of physical foaming
processes
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Characteristics of foamed
parts
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Cycle time reduction
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Infrared thermography
Axel Cramer;
Institute of Plastics Processing at RWTH
Aachen University, Aachen, Germany
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Surface Micro Topography
Replication in Injection Moulding
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Injection Moulding
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Surface topography analysis
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Replication mechanisms
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Process modeling and analysis
Hans Nørgaard
Hansen et al, Technical University of Denmark, Kgs. Lyngby, Denmark
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Special Issues and New
Approaches of Multi Component Injection Moulding
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Optimization of gas assisted
injection moulding
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New process “GIT-Blow”
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Weld line strength of 2-K
hard-soft composites
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Similarity theory for mould
design
Hans-Peter Heim; Institut für
Kunststofftechnik, University of Paderborn, Paderborn, Germany
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Foam Backing of Decorative Films
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Warpage
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Mechanical properties of
thermoplastic foams
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Gate marks
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Flow behavior
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Surface quality
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Integrated soft-touch
decoration
Erik Koning;
Institute of Plastics Processing at RWTH Aachen University, Aachen, Germany
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Metal Powder
Injection Moulding (PIM)
Applications in Automotive Industry
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Specifics of the
MIM technique of the presented
parts
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MIM case studies
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MIM parts in
automotive
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Specialities in
relation between automotive
and MIM-industry (from
point of view of MIM-manufacturer)
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Outlook
Ingolf Langer; EHW Thale
Sintermetall GmbH, business unit Metallico, Thale, Germany
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Ultrasound – a New Method for
Analysing Sink Marks during the Injection Moulding Process
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Brief introduction to the
physics of ultrasound
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Characteristic values of
thermoplastic materials regarding
ultrasound
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The ultrasound signal during
the injection moulding process
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Sink mark detection
Oliver Lingk,
Institute of Plastics Processing at RWTH
Aachen University, Aachen, Germany
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Powder Injection Moulding
(PIM)
– Using Plastics processing Technology
to Make Metal and Ceramic Products
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Catamold
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Metal Injection moulding
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Ceramic injection moulding
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Catalytic debinding
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Sintering
Johan ter Maat; BASF
Aktiengesellschaft, Ludwigshafen, Germany
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Recent Advances in Powder Injection Moulding
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Overview of PIM process and
areas of applications
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State of the art machine
technology for injection moulding metals and ceramics
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Machine features for PIM
applications
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Utilizing moulding machines
for feedstock classification
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Automated Micro- PIM –
Production as an example for
process automation
Marko Maetzig; Arburg GmbH + Co.
KG, Lossburg, Germany
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Injection Moulding of
Electrically Conductive Compounds with Low Melting Metal Alloys
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Material composition
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Compounding process with
twin-screw extruder
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Processing by injection
moulding
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Process analysis: Relevant
processing, parameters, morphology
of the compound, electrical conductivity
measurement
Tobias
Pfefferkorn; Institute of Plastics Processing at RWTH Aachen University,
Aachen, Germany
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Special Variants and Simulation
of Micro Injection Moulding
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Electroforming on conductive
micro moulds
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Two-component micro injection
moulding
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Simulation of micro (powder)
injection moulding
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Examples for applications in
the fields of bio-and medical technology,
micro optics etc.
Volker Piotter;
Forschungszentrum Karlsruhe, Institut für Materialforschung III, Karlsruhe,
Germany
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Tailored Mould Release for
Optimum Output
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Internal mould
release agents
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How do they work?
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Case Studies
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Secondary
benefits
Martin
Read; Croda Polymer Additives, Hull, East Yorkshire, United Kingdom
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Nanoreplication – Going to the Limits of Moulding
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What is nano?
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Limitations of moulding today
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Processes: Injection moulding,
casting, hot embossing and roll
embossing
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Moulding and measurement tools
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Examples of applications
Helmut Schift; Paul Scherrer
Institut, Viligen PSI, Switzerland
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The Benefits of Cavity Pressure Measurements in Injection
Moulding
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Overview of the Technology
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Mold trial and mold setup
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Process optimization
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Production start up
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Process monitoring and control
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Documentation and QA
Oliver Schnerr;
Kistler Instrumente AG, Winterthur, Switzerland
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In-Mould Labelling (IML) of Polyoelfins with PP Film Labels
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IML process and film grades
for IML, applications and
properties
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Printing of PP films for IML
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Effects of film grades and
print on labeling and moulded
products
Agnes Strack; Treofan Group,
Neunkirchen, Germany
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Cost Reduction and Quality
Improvement by Optimising the Plasticating Unit
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Computer aided
screw design
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Description of
the melting process
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Screw design for
the injection moulding
process
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Power consumption
of the plastification
unit
Thorsten Thuemen; Institut für
Kunststofftechnik, University of Paderborn, Paderborn Germany
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Comparison of MuCell and Microcellular Chemical Foaming Agents
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Process overview and
comparison
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Affects of screw design
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Property Comparisons
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Application Effects
Hartmut Traut; Trexel GmbH,
Gummersbach, Germany
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In-mould Film Lamination
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Overview of various in-mould
lamination techniques
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Modes of the in-mould film
lamination process
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Corresponding requirements of
film development and part geometry benefits/limitations
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Recent developments, current
applications and trends
Martin Wielpütz and Michael
Beyer; Degussa AG, Marl,
Germany
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