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

In our online-shop ww.hsb-shop.de,you will find Pneumatic connectors, Push In Tube, Gripper Arms, Grippers, Flat suction cup, Bellows suction cup, Handling systems and much more.....

Trennmittel sind Hilfsstoffe, die beim Spritzgießen von Kunststoff verhindern, dass Form und Bauteil beim Abformprozess miteinander verkleben. Das gefertigte Bauteil kann so unbeschadet aus der Grundform entnommen werden. Formentrennmittel haben zusätzlich Einfluss auf die Oberflächenbeschaffenheit und damit auf die Möglichkeit der Weiterverarbeitung wie Lackierung, Metallisierung, Bedruckung etc. des Bauteils! Vorteile und Nutzen: ✅ Hohe Wirksamkeit durch ausgeprägte Oberflächenbenetzung und trennende Filmbildung ✅ Minimaler Verbrauch wegen Ausbildung extrem dünner Filme Weiterer Nutzen → Markierung von Bauteilen: Die Kennzeichnung von Bauteilen dient der Identifikation von Bauteilen oder -gruppen. Weitere Aufgaben der Kennzeichnung können je nach Anwendungsfall sichtbare Informationsübertragung und die Kennung von Ausschussteilen sein.

Media-carrying pipes (air, water, oil and fuels), Cable protection and cable management in automotive engineering, Plastic pipes as protection and guidance pipes, Smooth oval pipe, Corrugated pipe, Thermal Management

automotive

Our Mobility team has extensive market knowledge to provide application and supply chain solutions. Working with our suppliers, we cover the full spectrum of plastics applications in Mobility, forming a seamless unit that delivers materials when and where you need them. We have built a specialized team of sales representatives focused on Mobility products, supported by knowledgeable senior technical and customer service staff to ensure the best possible service for your needs

Automotive: Inline process with injection molding + CO2 pre-cleaning + 2-layer painting

Conventional rebound stop buffers are used in chassis dampers to limit the stroke during expansion. TecsPak® rebound stop buffers can do more. They absorb significantly more force than any conventional material such as rubber, PU (polyurethane) or steel springs. They are unbreakable and also operate extremely quietly, significantly improving ride comfort. In addition to buffers, steel tension springs are often used. MöllerMiner offers a real alternative with TecsPak® tension stop springs. Made from an elastomer, TecsPak® tension stop springs can absorb higher forces and are still elastic when fully compressed, thus avoiding force peaks. Compression stop buffers are used to limit the compression stroke of the suspension shock absorber. They also have auxiliary spring characteristics. TecsPak® compression stops fulfil this task perfectly. They have a soft, harmonious, progressive characteristic, are more compact than conventional compression bump stops and springs, and can be integrated into bellows and protective caps.