Haitian Banner 1170 100-01


SIG11056 Online Banner 368 150px RZ

REPbanniere smartmolding 368x15px

NET AnzOnline ELIOS EN 368x240

22. - 24.  March 2018
Parma, Italy
24. - 27. April 2018
Shanghai, China
07. - 11. May 2018
Orlando, USA
Have some relevant information to share? Send a message to info@smart-molding.com — we are always happy to discuss!

Plastindia-2018 VM Verlag GmbH Web Banner 368 px X 90 px-01

RM18 368x90 EN

FISA 170913 banner01 moulesGB

Flexibility required

Сase studies

Megatec from Ludenscheid, Germany, is a specialist for high-quality, coated, two-component parts. Ninety percent of its customers are from the automotive industry, including the best-known premium brands. For automated production of a backlit door strip in the Audi A4, a six axis robot featuring the SELOGICA user interface was used for the first time.


The two-component door strips are produced on a turnkey system featuring a six-axis robot.

“Our customers’ requirements are becoming ever more complex. One good product example are visible strips for ambient lighting in the Audi A4. These flash red as soon as a cyclist or other obstacle is detected in front of the car door,” explains Patrick Ferber, Sales Director at Megatec Kunststofftechnik GmbH. His colleague, Peter Zollig, Director of Plastics Technology is also highly satisfied with the ARBURG solution: “We’ve jointly implemented an outstanding two-component system in only a few months. We’re working with a single data set to control the entire production cell. Here, we’re also using a six-axis robot for the first time. We only gained the confidence to take this step after having gathered experience in the use of linear MULTILIFT robotic systems since 2015. Operation of the six-axis robot is equally convenient thanks to the standardised SELOGICA user interface.”

Two-component ALLROUNDER produces strips from PC and ABS.


The system was put into operation by Megatec Director Peter Zöllig (left) with Andreas Armbruster from the ARBURG Project department.

The component is manufactured on a two-component ALLROUNDER 630 S with a clamping force of 2,500 kN, the two size 290 injection units of which are arranged horizontally and vertically. With the aid of a 2+2-cavity mould, the pre-moulded part and the finished moulded part are produced from PC and ABS respectively in a cycle time of around 45 seconds.

The six-axis robot removes the moulded parts and sets them down in trays of 18 parts each. “Their positions in the tray are alternately rotated through 180 degrees. Moreover, the two strip versions for the left and right car doors are set down in different trays, which are provided via two separate conveyor belts. With this task, the flexibility of the six-axis robot can be exploited to the full,” explains Andreas Armbruster from the ARBURG Project department.


Megatec Director Patrick Ferber plans to achieve an output of 65,000 units per month.

In a second plant belonging to parent company Gerhardi, the visible parts are subsequently electroplated. The advantage here is that the chrome layer only adheres to the ABS material, while the PC component remains transparent and can be backlit.

“We’re planning to produce around 65,000 units of this part a month in threeshift operation,” adds Patrick Ferber. He goes on to explain that machine availability is therefore critical. Here, ARBURG also excels by virtue of its first-class service. From the company’s Radevormwald location, a service technician can be on-site in Lüdenscheid at very short notice if required.

Central ARBURG host computer system

For order planning and recording the process parameters, Megatec has networked all the machines at its injection moulding production facility by means of the ARBURG host computer system (ALS) since June 2014. This ensures end-to-end traceability as is increasingly required by the automotive industry.

logo Iplast



NPEATT18-0004 BN animated 768x90

Our website makes use of cookies to ensure we give you the best experience on our website.
By continuing browsing on our website you give your consent to our use of cookies.