CONGRESO EUROTEC-Sesión específica ASERM

By festeve | October 30, 2011

Los próximos 14 y 15 de noviembre se celebra el Congreso EUROTEC en Barcelona, coincidiendo con la Feria EQUIPLAST.

ASERM organiza junto  a SPE, la sesión relacionada con “Rapid Design, Enginering and Mold making”.

Concretamente, la sesión tendrá lugar el día 15 de noviembre de 2011 de 9h a 12h de la mañana. A continuación exponemos las ponencias a presentar:

A S E R M  S PA N I S H   A S S O C I AT I O N  O F    R A P I D
M A N U F A C T U R I N G

Session Moderator: Guillermo Reyes Pozo |
 
CENTRO DE CONVENCIONES 3 (CC3) – 3.16

9.00

Djamila Olivier Gonzalez, Institut Quimic de Sarria

Flexural Properties and Failure Mechanism Assessment for Additive Manufactured LOM Bars

 

 

Plastic Laminated Object Manufacturing has not been
assessed from the flexural properties point of view. The

ability to deflect of parts manufactured by this technique is

superior to the parts fabricated by other additive

manufacturing methods like SLS or FDM. This fact has

increased the interest on the final application of these parts.

In this study it will be compared the impact of building

orientation and geometric features of the part fabricated over the flexural properties. Through optical

observation it will be studied the failure mechanism. Also, it will be presented a method specially fitted by

this kind of specimen.

9.30
Thanks to Integrated Conformal Cooling Channels

Laser Sintered Hybrid Moulds and Micro-Moulds with High Performance and Low-Cost,

C. García-Pando, BBE Engineering

This paper describes how additive manufacturing technologies helped improve the quality and properties of
an injection moulded part, and how its injection cycle time was dramatically reduced, thanks to optimized

design and manufacturing of a conformational cooling channel integrated in the mould.

10.00
Rapid Finishing of Free Form Surfaces Using Milling Machine and Spherical Robot

J.A. Dieste, Universidad de Zaragoza

Fundacion AIITIP is applying new technological sources to develop an automated finishing system,
one that can finish free-form surfaces of different material parts and tools with minimum manual intervention.

The functions of the new system can be performed by a milling machine or even by a spherical robot.

11.00
Design & Make | Additive Manufacturing Opportunities for the Design Industry

Bernat Cuní, Cunicode

Additive manufacturing reduces the complexity of the production process, which means that making products
becomes easier and faster than ever. Traditionally, making plastic parts was a privilege reserved to the few who

had the resources, but with the immediacy and accessibility of additive manufacturing, combined with the

popularization and simplification of design tools and software, new players will join “the venture of producing

things.” The product-design industry has the opportunity to take new approaches to conceiving, designing,

and producing plastic parts.

Knowledge-Assisted Rapid Manufacturing Vojislav Petrovic Metal-Processing Technology Institute KARMA,

one of Europe’s most important additive manufacturing (AM) projects, deals with the development of a

knowledge-assisted automatic assessment tool designed to help end users build AM processes. Based on a

complete characterization of different AM technologies and AM processed materials, KARMA assists the end

user in learning how different build orientations affect crucial AM aspects: surface quality, support structure,

build time and cost. The data on technologies and materials are placed in a KB database, which becomes a

source of information for the algorithms that estimate these crucial outcome parameters. This paper briefly

describes the KBE DB, its architecture, and its basic functionality.

11:30
Knowledge-Assisted Rapid Manufacturing

Vojislav Petrovic, Metal-Processing Technology Institute

KARMA, one of Europe’s most important additive manufacturing (AM) projects, deals with the development
of a knowledge-assisted automatic assessment tool designed to help end users build AM processes. Based on

a complete characterization of different AM technologies and AM processed materials, KARMA assists the

end user in learning how different build orientations affect crucial AM aspects: surface quality, support

structure, build time and cost. The data on technologies and materials are placed in a KB database, which

becomes a source of information for the algorithms that estimate these crucial outcome parameters. This

paper briefly describes the KBE DB, its architecture, and its basic

Ver el programa completo de los dos días en el PDF adjunto: 

Programa EUROTEC 2011

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