Industriens Hus You are invited!...
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Adhesion and friction between plastic parts and tool surfaces is a well-known problem in plastic injection moulding and a limiting factor for pro- ductivity, part quality and mould life. The Super-Moulds project, which is supported by the Innovation Fund Denmark via collabora- tion with EUREKA, systematically investigates the relationship between surface coatings, textures and demoulding properties in plastic injection moulding. It is the aim of the Danish-Swiss consortium to develop optimised surface treatments which lead to an increase in the efficiency and lifetime of the moulds. The optimised surface treatments are expected to extend the stable process window of injection moulding and at the same time facilitate the elimination of slip angles and additives. The initial knowledge obtained from the Super-Moulds project will be presented at an open seminar for the plastic indus- try on January 21 st 2020 at Industriens Hus in Copenhagen. You are invited! January 21 st 2020 at Industriens Hus H. C. Andersens Blvd. 18 1553 København Super-Moulds invites the industry to a seminar on increased productivity in plastic injection moulding Welcome to the Super-Moulds seminar Sascha Louring, Danish Technological Institute Towards systematic lab scale testing for evaluating the potential effect of surface treatments on the productivity of plastic pieces Stefan Hengsberger, iRAP (CH) The exquisite art of tailoring coatings Kristian Rechendorff, Tribology Centre The use of EDM (Electrical Discharge Machining) for mould texturing Umang Maradia, AgieCharmilles SA (CH) Laser texturing for mould core functionalization Alexis Demierre, AgieCharmilles New Technologies SA (CH) Elucidating the dependence between ejection force and core geometry and surface texture in injection molding Poul Erik Hansen, DFM The way to a succesfull injection moulding production René Hansen, Michael Lundbech A/S Round table discussion on demoulding topics Chaired by Sascha Louring, Danish Technological Institute Program: The seminar starts at 1pm and will end at 5pm About Super-Moulds
Transcript of Industriens Hus You are invited!...
Adhesion and friction between plastic parts andtool surfaces is a well-known problem in plasticinjection moulding and a limiting factor for pro-ductivity, part quality and mould life.
The Super-Moulds project, which is supportedby the Innovation Fund Denmark via collabora-tion with EUREKA, systematically investigatesthe relationship between surface coatings,textures and demoulding properties in plasticinjection moulding.
It is the aim of the Danish-Swiss consortium to develop optimised surface treatments which lead to an increase in the efficiency and lifetime of the moulds. The optimised surface treatments are expected to extend the stable process window of injection moulding and at the same time facilitate the elimination of slip angles and additives. The initial knowledge obtained from the Super-Moulds project will be presented at an open seminar for the plastic indus-try on January 21st 2020 at Industriens Hus in Copenhagen.
You are invited!
January 21st 2020 at Industriens Hus H. C. Andersens Blvd. 18
1553 København
Super-Mouldsinvites the industry to a seminaron increased productivity inplastic injection moulding
Welcome to the Super-Moulds seminar Sascha Louring, Danish Technological Institute
Towards systematic lab scale testing for evaluating the potential effect of surface treatments on the productivityof plastic pieces Stefan Hengsberger, iRAP (CH)
The exquisite art of tailoring coatings Kristian Rechendorff, Tribology Centre
The use of EDM (Electrical DischargeMachining) for mould texturingUmang Maradia, AgieCharmilles SA (CH)
Laser texturing for mould core functionalization Alexis Demierre, AgieCharmilles New Technologies SA (CH)
Elucidating the dependence between ejection force and core geometry and surface texture in injection molding Poul Erik Hansen, DFM
The way to a succesfull injection moulding production René Hansen, Michael Lundbech A/S
Round table discussion on demoulding topics Chaired by Sascha Louring, Danish Technological Institute
Program: The seminar starts at 1pm and will end at 5pm
About Super-Moulds
The project experts will convey the new insights in coating, texturing and measurement methodology in relation to plastic injection moulding. Furthermore, there are good opportunities to network and exchange experiences with the project partners. The project partners contribute with the following to the project:
SP Moulding A/S, Novo Nordisk A/S, Gibo Plast A/S and Michael Lundbech A/SEnd-users, who test and validate the solutions under industrial conditions
Danish Technological Institute, Tribology Centre Coating development and project management
The Institute of Applied Plastics Research (iRAP) – School of Engineering & Architecture of Fribourg (CH)Injection moulding under controlled test conditions
Winther Mould Technology A/SProduction and design of moulds
Danish Fundamental MetrologyData analysis and surface characterisation
AgieCharmilles SA – Georg Fischer Machining Solutions (CH) EDM texturing of surfaces
AgieCharmilles New Technologies SA – Georg Fischer Machining Solutions (CH) Laser texturing of surfaces
DuPont Transportation & Industrial (CH)Provider of raw materials and laboratory testing
The Danish Plastics Federation Responsible for dissemination activities
Sign up for the seminarAre you interested in participating in the seminar?
Please sign up at: www.supermoulds.dk/seminar
If you have any questions regarding the seminar or the Super-Moulds project, feel free to contact Anders Christensen from the Danish Plastics Federation at [email protected] or visit our website at www.supermoulds.dk
The Super-Moulds consortium is looking for new cases!
If your company is struggling with a problem re-lated to sticking in plastic injection moulding, the Super-Moulds consortium can offer to address the problem by providing textures and coatings.
The Super-Moulds project will cover the costs of these processes, provided that the outcome can be used as part of the project results.
This work is partly funded by the Innovation Fund Denmark (IFD) under File No. 6151-00004B.
