09:45-10:15

Ankomst og modtagelse

10:15-10:25

Velkomst
Finn Rohdemejer,direktør, HAI A/S og Marcel Somers, professor, IPL, DTU

10:25-10:45

Fra forskning og innovation til udvikling og praktiske resultater
Leo Alting, professor, IPL-institutleder

10:45-11:15

11:15-11:45

Globalisering - en udfordring og chance
Preben Nordgaard Hansen, professor, adm. direktør, Magma Technologies
Indlægget vil tage udgangspunkt i PNH's virke og erfaringer, som en af de bærende kræfter i Magma Technologies, fra starten i 1988 til i dag, hvor firmaet opererer internationalt.
Se mere om PNH's baggrund nedenfor.
Preben Nordgaard Hansen er pioner inden for udvikling af teknisk simuleringssoftware til støberiindustrien. Han var med til at starte firmaet MAGMA GmbH i Tyskland i 1988, hvor han siden har været hovedaktionær og Corporate Director. Siden 2003 har han desuden været adm. direktør for søsterfirmaet MAGMA Technologies A/S i Hellebæk, Danmark. Foruden søsterfirmaer i USA, Brasilien og Singapore er MAGMA desuden hovedaktionær i firmaet SIGMA GmbH, som markedsfører simuleringssoftware til plastindustrien.
Udover disse aktiviteter er han siden 1999 aktiv som Honorarprofessor i støberiteknik på den Tekniske Højskole RWTH i Aachen i Tyskland og adjungeret professor i støberiteknik på DTU siden 2000. Tidligere har han en 20 år lang karriere bag sig som forsker på DTU efterfulgt af seks års ansættelse hos DISA Industries A/S i Herlev som applicationchef, hvor der blev arbejdet med at udvikle nye støbeteknikker.
Preben Nordgaard Hansen er oprindelig uddannet som civilingeniør på DTU i 1972 med speciale i støberiteknik. Denne uddannelse blev efterfulgt af et licentiatstudium (ph.d. studium) på DTU inden for metallurgi og numerisk simuleringsteknik.

11:45-12:30

Kort oplæg om innovation og innovative teknologier i plastindustrien
Peter Skov, direktør, Plastindustrien i Danmark
samt Panel-diskussion - om konferencetemaet og formiddagens indlæg, og med input fra deltagerne

12:30-13:30

Frokost

Om eftermiddagen vælger deltagerne mellem to muligheder:

• Enten aktiviteter der baseres på Plast - klik her
• eller aktiviteter baseret på letmetal - se umiddelbart nedenfor

13:30-14:00

Light Alloys: Future prospects and challenges
Rajan Ambat, M.S. in Materials Technlogy, Ph.D. in Corrosion Engineering, IPL, DTU
(Indlæg på engelsk)
Aluminium, Magnesium and Titanium alloys have been attracting increasing attention presently, since they can be used to reduce weight and save energy. In response to the guidelines laid down by the Kyoto protocol on greenhouse gas emissions, the European automotive industry is committed to a 30% reduction in vehicle CO2 emission by the end of 2008. To achieve significant weight reductions, there is a growing interest in the use of low-cost, folded aluminium sheet structures in mass-production car models as well as cast magnesium components. The demand for titanium alloys is growing due their high temperature capabilities and suitability for biomedical applications. The new FFC cambride process for producing titanium is a major milestone for the future use of titanium alloys. However, inorder to meet the future demand and for cost reduction, also there is signficant challenges ahead for light alloys sector. Major issues are related to recyling, production processes, corrosion resistance, surface modificaton and joining aspects. In this talk present senerio and applications of light alloys, new developments in joining techniques, and future challenges will be discussed. A particular focus will be on applications in the transportation sector.
2000-2004 – Research Fellow, University of Birmigham, UK, worked in collaboration with Airbus, UK, BAE systems and Alcan International investigating microstructural and corrosion aspects of various architechtural, automotive and aerospace aluminium alloys and weld joints. Also involved in research activities related to magnesium and titanium alloys.
Presently working as Associate Professor of Corrosion Technology and Light Alloys at DTU. A main focus my present research is on the relation between microstructure and corrosion of light alloys, surface modification, corrosion of microelectronics, and high resolution corrosion measurements.

14:00-14:30

14:30-15:00

15:00-15:10

Afrunding og introduktion til rundvisning

15:10-15:30

Kaffe

Værktøjsteknologi til mikrosprøjtestøbning
Jimmy Fugl, Ph.d. studerende, M.Sc., IPL
Etablering af mikroteknologisk proceskæde, med speciel vægt på fremstilling af værktøjsindsatser til mikrosprøjtestøbning. Indsatser er fremstillet ved fræsning, elektrokemisk deponering samt laserteknologi og indsatserne er efterfølgende anvendt til sprøjtestøbning.
De fremstillede indsatser og sprøjtestøbte emner er blevet opmålt og sammenlignet ved brug af kontrolleret og verificeret måleapparatur.
Der blev fremstillet indsatser i Al, Impax, samt SiAl og sprøjtestøbt i materialerne PS, PP, PA.

Replikering af overflademikrotopografi
Uffe Arlø Theilade, civ.ing. ph.d., Unomedical A/S (indlæg på dansk)
The surface micro topography of injection moulded plastic parts can be important for aesthetical and technical reasons. The quality of replication of mould surface topography onto the plastic surface depends on the process conditions. A study of this relationship has been carried out with rough EDM mould surfaces, a PS grade, and by applying established three-dimensional topography parameters. Significant quantitative relationships between process parameters and topography parameters were established. It further appeared that replication can take place throughout both the filling and the post-filling process stages, but with different mechanisms in each stage. (The research was carried out during employment at the Department of Manufacturing Engineering and Management, Technical University of Denmark).
At present Uffe Arlø Theilade is a Project Manager in the New Product Development department at Unomedical, a medical device company. He has worked a number of years in the plastic packaging industry in such areas as product development, process technology and quality assurance. Uffe Arlø Theilade holds a PhD in plastics technology from the Technical University of Denmark and an MBA from Edinburgh Business School. His professional interests include engineering design, injection moulding, micro technology, project management and business development.

14:30-15:00