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Fill automates composite production

FILL AUTOMATES COMPOSITE PRODUCTION

Fill Machine Engineering Media Service October 2014 

 

Industry/Machine Engineering/Innovation/Trade Fair

 

Fill automates composite production

Highly efficient process technologies for lightweight composite construction in the (wind) energy, automotive, and aerospace sectors presented at Composites 2014 in Düsseldorf. 

 

Laying processes for dry knits, stack production lines, the automation of ultrasonic applications, RTM systems with vertical injection molding presses and CNC robot systems increase productivity and process reliability. At the international showcase exhibition, Composites Europe 2014, from 7 to 9 October in Düsseldorf, Fill Machine Engineering presented the latest developments in automation of composite processes with great success. 

 

Düsseldorf/Gurten, 15 October 2014 – The industrial processing of fiber-reinforced composites is one of the decisive competitive factors for manufacturing companies. Success depends on yield, process reliability, and quality. "Our latest developments in the field of process automation are dominated by substantial financial benefits. The added value for the customer is obvious. A great many visitors saw this for themselves at Composites 2014," reports Wilhelm Rupertsberger, Manager of the Plastics Competence Center at Fill.  

 

Exploiting synergies

Leading companies from the international automotive, aerospace, and energy industries gathered at the Fill exhibition stand. The Austrian special machine builder and systems integrator for lightweight composite construction ensures cost-effectiveness and quality with automation along the whole production chain. New standards in productivity are being achieved. At the same time, Fill can draw on decades of expertise and synergies from its in-house Metal & Plastics and Profile Technology Competence Centers. 

 

New laying processes, stack spot welding and ultrasonic applications

Textile handling of prepregs on Fill high-speed systems opens up new possibilities in terms of speed and precision. In doing so, dry materials up to a width of 3000 mm are laid without creasing, at high speed. After laying the stack superstructure, the layers need to be joined. In the new technology developed by Fill together with Ravensburg-Weingarten University and Alba Tooling & Engineering GmbH, the layers are joined by means of electrical energy, thereby utilizing the conductivity of carbon (stack spot welding). A milestone in industrial production in terms of efficiency and precision. In various inspection processes, Fill employs ultrasound technology (pulse/echo, through-transmission), thereby inspecting carbon parts highly effectively for potential faults. 

 

Corporate data

Fill is a leading international machine and plant manufacturing company for diverse branches of industry. The family-owned business excels in the use of the latest technology and methods in management, communication, and production. Business operations encompass the fields of metal, plastics and wood for the automotive, aircraft, wind energy, sport and building industries The company is the global market leader in aluminum core removal technology and ski and snowboard production machines. Andreas Fill and Wolfgang Rathner are joint CEOs of the company founded in 1966 that is still completely family-owned and now has more than 630 employees. In 2013, the company recorded sales of almost 115 million euros.

 

Further information can be found at: www.fill.co.at

 

If you have any questions, please contact:

Kommhaus 

Altausseer Strasse 220 

8990 Bad Aussee / Austria

Tel.: +43 3622 55344-0

Fax: +43 3622 55344-17 

E-mail: presse@kommhaus.com

 

Legend:

Fill Machine Engineering presents at the international exhibition Composites 2014 highly efficient process technologies for lightweight composite construction.

 

Photo:
Fill Machine Engineering

 

fillautomatescompositeproduction.doc Fill automates composite production
fillautomatisiertdiecompositefertigung.jpg Fill automates composite production