Tags

SIG11056 Online Banner 368 150px RZ

REPbanniere smartmolding 368x15px

Shows
28. - 31. January 2020
Interplastica
Moscow, Russia
26. - 28. February 2020
Asiamold
Guangzhou, China
26. - 28. March 2020
Eurostampi
Parma, Italy
Have some relevant information to share? Send a message to info@smart-molding.com — we are always happy to discuss!

IPFJ2020banner 368x90

Логотип сайта
IntElect, El-Exis SP and Systec Multi at Messe Friedrichshafen

IntElect, El-Exis SP and Systec Multi at Messe Friedrichshafen

News 25.09.2017

Sumitomo (SHI) Demag Plastics Machinery GmbH in Schwaig near Nuremberg will use Fakuma 2017 to present a cross-section of its current portfolio of injection moulding machines. Three machines will be displayed on the company's own Stand of the Friedrichshafen trade fair venue and a further three exhibited in conjunction with partner companies. Highlights include the latest generation of the all-electric IntElect series, a high-speed El-Exis SP machine for injection compression moulding of decorated thin-walled packaging lids and a multi-component Systec Multi injection moulding machine with an Industry 4.0 application. In addition to the IntElect machine, the latest innovation on show is the servoelectric SDR 5P sprue picker.

IntElect – the economical all-electric precision injection moulding machine
With an IntElect 50/360-110 on display, Sumitomo (SHI) Demag is presenting the latest generation of its IntElect electric injection moulding machines at Fakuma. The injection mould for polyamide bobbins is provided by Siemens, while material for the 500 kN machine is supplied by Motan Colortronic.

Sumitomo1

The new all-electric IntElect needs far less space and is more dynamic, precise and efficient than its predecessor model.

 

The new servoelectric SDR 5P sprue picker makes its début in the Sumitomo (SHI) Demag portfolio on this exhibit. The IntElect is a complete series with clamping forces of 500, 750, 1,000, 1,300 and 1,800 kN. The 1,800 kN machine expands the new IntElect series, both in terms of clamping force and upward tie bar clearance, and it fills the gap which existed between models with clamping forces up to 1,300 kN and mid-sized IntElects available with forces of 2,200 to 4,500 kN. Comprehensive modularity and the introduction of intermediate sizes mean that moulders can select their machine from an even more specialised range with up to five screw diameters per injection unit. A completely new generation of highly dynamic drive motors developed in cooperation with the parent company Sumitomo Heavy Industries (SHI) ensures maximum performance levels and an excellent energy balance are achieved with the new IntElect.

Design innovations reduce space requirements and improve machine accessibility, ergonomics and precision. The new IntElect is primarily of interest to manufacturers of precision assemblies, engineering components and optical parts. The IntElect control cabinet is integrated in the machine bed, enlarging the space around the machine used for downstream units and improving operator access to the nozzle area and complete clamping unit. The new IntElect design is considerably more compact than its predecessor. The installation footprint is on average 10 % smaller than that of comparable all-electric machines from competitors. For example, the 500 kN version is around half a metre shorter than its predecessor.

Updated motor technology and expanded storage potential for brake energy have further optimised the energy efficiency of IntElect machines. Savings of 20 % are achieved when compared to equivalent allelectric machines. Sensitive protection and maximum mould support are important components of the machine concept. The IntElect offers a package of options ranging from standard sensitive profile monitoring of the mould protection force to monitoring of the ejector force and injection pressure profiles. The cutting-edge linear guide system ensures maximum plate parallelism and symmetric application of the nozzle system force. New mould clamping plates designed with the assistance of FEM analysis also contribute to improved production safety, while the stiffness of moving and stationary plates has been significantly increased by up to 30%. In addition to standard equipment, electric ejector packages are also available with increased force and/or speed. The NC5 plus control system is now equipped with a capacitive glass colour touchscreen and, with improved display brilliance and sharpness, can be operated as safely, intuitively and comfortably as a smartphone.

El-Exis SP – the high-performance machine for plastic packaging
While maintaining comparable mechanical properties, injection compression moulding of thin-walled plastic parts can considerably reduce the wall thickness of the product and, consequently, the amount of material consumed. Sumitomo (SHI) Demag demonstrates this advantage at Fakuma on a high-performance ElExis SP 200-920 injection moulding machine with a clamping force of 2,000 kN. It achieves material savings of 25% when compared to the standard injection moulding process. Given the dominant role materials play in production costs, this represents a significant cost advantage for injection moulders. The production cell designed as a complete solution around the El-Exis SP 200 produces decorative lids for food containers.

Sumitomo2

he El-Exis SP is the leading high-speed machine on the market for the production of thin-walled containers and other plastic packaging. It can be viewed at Fakuma together with the material-saving injection compression moulding of thin-walled lids decorated with in-mould labels (IML).

 

Sumitomo (SHI) Demag is presenting this exhibit in a joint project with Rouxel as the injection compression mould manufacturer, Machines Pagès as a specialist for high-speed extraction robots and downstream moulded part handling, Verstraete as experts for decorative labels and Borealis as the polyolefin generator. During injection compression moulding, plasticised material is already introduced into the cavity prior to complete locking of the mould.

The machine closing movement aids distribution of plasticised material in the cavity, reduces the injection pressure requirement and the required clamping force, ensures that the pressure is distributed evenly and, as a consequence, reduces residual stress in the finished part. Warping due to shrinkage is less pronounced as a result, reducing the wall thicknesses and weight of the moulded part.

Compression at the highest mould and injection movement velocity, termed speed compression, is a particular challenge for the injection moulding machine and its sensors, control and drive technology. Despite the high speeds involved, the machine guarantees to deliver a high degree of precision and exact reproducibility from cycle to cycle. The high-speed El-Exis machine has evolved over almost 20 years to become the market leader today for injection moulding of plastic packaging. Sumitomo (SHI) Demag has updated it over several generations and continually increased its clamping force range. Current models are available today in the product portfolio as the El-Exis SP with clamping forces of 1,500 to 7,500 kN. Over 2,000 machines are already in use by manufacturers of thin-walled plastic packaging, screw caps and a broad variety of closures. The proven concept employed by the machine was most recently updated again in terms of energy optimisation and is equipped with an OPC/UA interface for communication conforming to Industry 4.0 standards.

Systec Multi – the modular injection moulding machine for function integration with two or more materials
Generating a clamping force of over 2,100 kN, the Systec Multi 210/580-430h/200v incorporates both a horizontal and vertical injection unit. The system presented prior to delivery to a customer is equipped with the NC5 control and a new operator terminal, a turntable for substrate introduction and a Demag SDR 20 M robot for handling moulded parts.

Sumitomo3

The Systec Multi covers all multi-component injection moulding variants. Sumitomo (SHI) Demag demonstrates production of a decorative visor at Fakuma with unequivocal traceability aided by DMC laser marking and MES.

 

The series visor manufactured live is an interior component for fitting inside a series-production car. The polycarbonate (PC) support is overmoulded with ABS from the vertical plasticising unit to achieve partial galvanising. Following removal from the cavity, the robot transports the moulded part to a laser marking station. Instead of depositing the part here, it positions it in front of the Datalogic marking laser (www.datalogic.com) which applies a data matrix code (DMC). This means that the moulded part is uniquely labelled before the robot deposits it for the first time. During unique laser labelling of the moulded part, the injection moulding machine transmits all significant process data relating to the completed shot to a manufacturing execution system (MES) from BFA which stores this following fixed correlation with the DMC. This unique assignment of process data can be viewed by visitors to the Fakuma trade fair stand.

A hand-held laser scanner scans the DMC and the MES outputs the stored process data for the part in question. Smart signs on the product aid unequivocal long-term tracing of the manufacturing process history at any time and during serial installation. The injection moulder also obtains a retroactive and comprehensive insight into the manufacturing cycle parameters with the aid of this Industry 4.0 application.

With a clamping force of 1,200 to 10,000 kN and up to four injection units, the Systec Multi injection moulding machine series covers every process variant in multi-component engineering and is primarily aimed at sophisticated applications in the automotive industry.

 

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.