Arburg scores in the industry with largest turn-out for in-house event


Over 6,700 guests from 53 different countries attended injection moulding machine maker Arburg’s Technology Days, held from 15-18 March 2017, claimed to be the biggest in-house event in the industry. Over 43% of visitors were from abroad, with the largest contingencies from North America with over 170 visitors and China with around 125. The largest numbers of European guests were from Switzerland (around 210), Czech Republic (around 180) and France (around 160).

The Lossburg-based firm says there was a lot of interest in the new hybrid Allrounder 1120 H, which extends product and services into a clamping force range of up to 6,500 kN. Visitors to the Technology Days 2017 had the opportunity to take a closer look at the new large machine with its new design and visionary Gestica control system following its premiere at the K2016 last year. As part of an innovative turnkey solution, the exhibit produced ready-to-use folding step stools in an exclusive Arburg design. This involved producing eight individual parts using an eight tonne family mould in a cycle time of around 60 seconds and then assembling them ready to use in a combined set-up with a Multilift V 40, six-axis robot and assembly station.

The German machine maker says another highlight was the Efficiency Arena where it showed practical and pragmatic examples of the implementation of Industry 4.0. Customers were offered a host of different perspectives on how to implement Industry 4.0 and make their own production more efficient. A pioneering practical example was the spatially distributed, digitally networked production of "smart" luggage tags in single-unit batches. An Allrounder injection moulding machine and two Freeformers for additive manufacturing were combined for this purpose.

The Arburg host computer system (ALS) ensures end-to-end traceability for each individual part. Two ALS add-on modules were also presented:

"Energy Visualisation" for order-based allocation of energy data and "Material Staging Interface" for batch changes.

Other topics covered in the Efficiency Arena were the traceability from finished part to the original granulate, online monitoring for quality assurance purposes, systematic energy consumption records and the integration of peripheral equipment in the Selogica machine control system.


Meanwhile, it had a total of eight exhibits relating to Arburg Plastic Freeforming (APF), five of them in the new Arburg Prototyping Centre. The focus here was on the industrial additive manufacturing of functional parts, either individually or in small batches - including grippers made from PA and TPE, mobile phone covers with optimised surfaces and parts made from a PC approved for use in the aerospace industry. In addition, flame-proof electronic parts and implants from medical-grade PLA were also presented. Another Freeformer in the Customer Centre produced mechanically optimised rope pulleys from organic polyamide. The two exhibits in the Efficiency Arena individualised the "smart" luggage tags.

In the medical technology area, Arburg showed five applications and different clean room concepts, including a GMP-compliant stainless steel electric Allrounder 370 A as a high-end injection moulding solution which produced long-term PEEK implants in a clean room environment. The performance capabilities of the Hidrive series for the packaging industry were demonstrated by an Allrounder 570 H in a Packaging version specially configured for thin-walled parts. The production cell produced four IML tubs from PP in a cycle time of less than two seconds. Arburg presented Fibre Direct Compounding (FDC) and Profoam physical foaming technology based on the example of two automotive applications. As well as reducing weight, these processes can also be used specifically to improve mechanical part characteristics and minimise distortion, as was demonstrated with a glass-fibre reinforced cable drive housing for power windows and a foamed base plate.

LSR/LSR wristwatches required complex manufacturing processes and set the standard for what can currently be achieved in the processing of liquid silicone. The associated turnkey system based on an electric two-component Allrounder 570 A that produced two-colour LSR wrist bands fully automatically. Assembly as a ready-to-use wristwatch took place within the injection moulding cycle.

A highlight in the area of powder injection moulding was the world's first MIM frame for smartphones. A hydraulic Allrounder 470 C Golden Edition processed feedstock from BASF to produce a green compact in an Arburg design with a thickness of only 1 millimetre and a length of 136 millimetres.


In the turnkey area it had everything, from simple pickers and linear Multilift robotic systems to a six-axis robot featuring the Selogica user interface and customised turnkey systems. Highlights included the fully automated production of ready-to-use step stools and LSR/LSR wristwatches, the "playing field" for robots in action and the new Multilift V 40 with a load-bearing capacity of 40 kilos. A number of current customer projects were also presented - from the hydraulic Allrounder 520 S with Multilift Select to the hydraulic two-component Allrounder 920 S with six-axis robot and downstream station with Agilus robot.

In the service area, visitors were able to find out about topics such ARBURG--Technology-Days-2017 as Industry 4.0, preventive maintenance and the current training offerings. Over 2,000 participants attended the presentations on lightweight construction, Arburg Plastic Freeforming and turnkey solutions. External specialist presentations covered topics such as Industry 4.0 and the strong partnership that Arburg offers from the customer's perspective.

Almost 1,500 visitors from Germany took the opportunity afforded by the factory tours to become familiar with machine production. Furthermore, the company was also presented to all international groups visiting the Technology Days with their Arburg subsidiaries and trading partners in their respective national languages.


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