Efficient. Reliable. Powerful. This system allows you to empty 25 kg plastic bags fully automatically. Pallets with a maximum of 11 layers of 5 bags each can be accommodated. The capacity is up to 1,200 bags or 27.5 tonnes per hour (SG 6.0 kN/m³). Suitable for materials such as: • Plastic granulates (PE, PP, PA, TPE, PET, PVC) • PET flakes, regrind, regranulate Areas of application • Plastics industry • Recycling industry • Chemical industry • Pharmaceuticals • Logistics industry • Automotive Technical data • Stable frame construction in welded and bolted design • Light barrier system for interior monitoring in accordance with CE requirements • Safety enclosure with the necessary supports and bracing • Including electrical control panel • Electromechanical pallet lifting device • Electropneumatic bag gripper • Rotating cutting blade • Mechanical vibrating device • Width: approx. 2770 mm in operation • Depth: approx. 4320 mm • Height: up to 3340 mm • Weight: 800 kg • Pallet size 1200 x 1200 x 160 mm Optional accessories • Roller conveyors for pallets • Automatic pallet feed • Empty bag compactor • Material feed hopper including pressure conveyor • Automatic stacking of empty pallets • Screw conveyor for filling a silo truck

FAST & SAFE: WHAT ELSE DO YOU NEED? WITHOUT HUMAN INVOLVEMENT From the warehouse directly to the injection machine without the need to remove screws nor straps. With minimal human involvement required, just assemble the mold to the machine and start the production. ENHANCED SECURITY Mold will be perfectly closed while stored away and ready to produce plastic parts as soon as it is back in the injection machine. ADAPTABLE TO DIFFERENT MOLD TYPES Specially designed to be used in the most conventional mold types / configurations. TOUGH AND COMPACT DESIGN Perfect and simple design to fit and secure a wide range of heavy molds, Small but powerful! Don’t let its compact dimensions deceive you. A large mold, up to 30 tons, only requires one unit to securely maintain its closed position outside of the press.

Gindele GmbH produces medical secretion bags for Medela AG The Medela disposable collection system offers the user reliability through intelligent design. Safe and hygienic fluid management in the operating room is made easy. The simple one-handed operation makes it easy to use and contributes to efficiency in the operating room process. On behalf of the Swiss company Medela, an innovative assembly line was implemented that impresses with its process-reliable and downtime-free operation. The system is characterized by the direct linking of the upstream injection molding process and thus enables highly efficient and high-quality production. Gindele GmbH was able to implement this system in a short time through cooperation with several partners. Integrated quality control ensures consistently high quality. The successful implementation of this project underlines Gindele's competence as an innovative partner for the medical technology industry. It is an example of future-oriented technology and close cooperation in this area. The system impresses with its high process reliability, efficiency and flexibility and fully meets Medela's high standards of quality and reliability.

Assembly technology Assembly can be done manually at a manual workstation or completely automatically. We work with you to develop different systems Testing technology The testing technology from AGS can be integrated directly into the process or seen as a separate station. The components can be fed by the worker or directly by the robot. Test options: - Presence of components - correct color - Component injected correctly - Dimensional control

Bushings, shafts and threaded inserts can be separated using a vibrating pot or vibration plate with a camera system (IZS) and inserted into the injection molding tool using a gripping system. Separation + feeding options: - Shaking pot - Magazine - Sliding table - IZS Intelligent Feeding System and Camera (IZS)

Der Anguss kann direkt im Prozess abgeschnitten werden oder aber in einer separaten Station (Handarbeitsplatz). Idealerweise verwendet man ein Grundgestell mit verschiedenen Wechselaufsätzen. Das spart Zeit und Geld. Möglichkeiten des Schneidens: - Standard Pneumatik Schneidzange - mit Messerklinge auf Hubeinheit - Stanze - mit Frässpindel

Automating a production plant brings many advantages: It increases efficiency and productivity, frees up human resources for more demanding tasks and reduces the risk of errors. However, depending on the plant, automation can be a very complex process for which expertise and a great deal of experience are essential.

The robot, which is integrated into the laser station, is able to rapidly execute complex motion sequences when handling objects. The robot's utility is not limited to just laser marking; other handling processes can also be integrated into the station.

S.A.M. (Sumitomo (SHI) Demag. Automation. Machine.) is our in-house automation portfolio covering all aspects of automation and designed specifically to support injection moulding. With our interdisciplinary, industry-experienced teams and our network of over 500 experts, we cover the entire spectrum of injection molding automation: machine technology, robotics, conveyor technology and networked control and information technology. In addition to a high-degree of standardisation, we also scope out and support customers with large-scale automation projects.

With the SpeedLine crimping machines, Schäfer offers innovative swivel arm wire processing machines for high productivity and diverse applications. The modular platform was developed for different machine variants to provide maximum flexibility for customer-specific requirements. Minimal machine downtime, ergonomic working heights, and the safety concept were the main focus. The machine variants are divided into standard models for typical applications and custom configurations for complex solutions. This crimping machine falls into the standard models category and offers equipment for typical cable productions with up to 4 stations. Various machine configurations can be selected from additional options to achieve reproducible and complex cable processing. To ensure product quality, Schäfer offers optional extensions. The crimp force monitoring module reliably evaluates the quality of crimp connections. The conductor quality monitoring reports defective parts due to faulty stripping, and the optical cable quality monitoring inspects the produced cables. The WireStar HMI software supports optimum process sequences through its user-friendly operator interface and constant data availability from previous productions. Interaction via the modern user interface is done via a touchscreen and offers a safe handling of the machine. WireStar‘s excellent networkability contributes to central process coordination and supports through extensive and configurable database management. The integrated networking with Schäfer Connect facilitates process coordination with the operator‘s planning system for resources (e.g. ERP). The dashboard can also be used to display status, production progress and material consumption independent of the installation location.

The high-performance wire processing machine is used for the production of high quality cables for medicine applications. On the prepared wires, crimp connections are manufactured with high precision and special connectors are applied. Schäfer has many years of experience in the development and manufacture of tools and machines for the processing of individual wires. The basis of the fully automatic cable processing machine is a transfer system which transports the wires to the respective stations with shuttles. The two core wire is fed nearly tension-free by means of a specially developed wire unwinder. Depending on demand, the speed of the unwinding is controlled and a corresponding length of fiber is stored in a buffer. The product-dependent wire lengths are cut at the first station of the processing machine. The control system with touch screen has an intuitive user interface for easy and safe operation of the machine in different languages. The selection of different user roles and operating modes as well as machine networking functions enable flexible and modern process sequences.

Wire processing machine for solar applications The fully automated machine for processing electric components of solar facilities transfers the cables pairwise to the various work stations by means of a transfer shuttle: - Inline cable roughening - Cutting to length and stripping - Terminal spacing and infeeding - Infeeding electric components - Attaching terminals and components - Compacting and resistance welding - Quality control check