SITRAPLAS: New ABS-based plastic compound with a special surface. In the world of design and functionality, it's often the small details that make a big difference. The ABS-based plastic compound developed by SITRAPLAS – a renowned supplier of technically sophisticated plastic compounds from Bünde, East Westphalia – captures this difference. With an innovative surface structure that creates a rough, matte finish during the extrusion of profiles, the SITRAPLAS developers are setting new standards in product design and functionality. Unique aesthetics and tactile quality This innovation is ideally suited to giving extruded profiles a distinctive, modern appearance. For applications that require both functionality and design, the SITRAPLAS compound is an ideal raw material. It can be used to achieve a unique aesthetic in interior design, furniture construction, or decorative elements. The matte, rough surface texture conveys a robust and grippy feel that appeals to both the visual and tactile levels. Light is diffusely reflected, creating an elegant, high-quality appearance.

MPERIA® is your central control platform for all marking technologies – whether UV lasers, CO₂ lasers, fiber lasers, inkjet printers, or labeling systems. Instead of configuring each system separately, you control all production lines and marking solutions via a single, unified interface. Centralized management – scalable locally and globally Whether a single production line or distributed sites: MPERIA® enables centralized monitoring and control of all marking processes – efficient, secure, and flexibly expandable. Intuitive, user-friendly operation The user interface is touch-optimized, multilingual, and immediately intuitive – even without prior technical knowledge. This minimizes training effort and helps avoid typical operating errors. Seamless integration into your IT and production environment MPERIA® supports all common interfaces – such as TCP/IP, OPC, PLCs, barcode scanners, or camera connections. This allows the platform to be easily integrated into existing automation and data infrastructures. Real-time control & maximum process reliability Respond dynamically to product changes, start print jobs, or process variable data – in real time and synchronized across multiple lines. This reduces downtime and significantly increases production reliability. Conclusion: With MPERIA®, you intelligently and centrally automate your entire marking process. You increase efficiency, reduce sources of error, and maintain full control in any production environment – with just one system.

We design and manufacture dampers to meet our customers' needs and requirements. It makes no difference whether the order is for a small quantity or a large production run. We can supply individual components as well as complete, ready-to-install systems. In order to minimise costs, we primarily investigate the use of existing dampers and modify them where necessary. What sets us apart is that fully functional prototypes can be used for validation by the customer in the shortest possible development time.

Advanced Protection of Plastics Against UV Radiation

Designed for different parts Tantec’s VacuTEC Plasma Treater is designed for plasma treatment of a large number of different injection molded parts. The VacuTEC is available with both single and multiple tray configuration. Fast treatment and optimum adhesion The VacuTEC offers very fast treatment times and optimum adhesion properties for downstream coating, gluing, painting, and printing applications. Vacuum treating chamber In the vacuum treating chamber, a vacuum is built up to between 2 and 12 mbar before an electrical discharge is created through the integrated plasma electrode. Treatment cycle times are often short, between 2-120 seconds depending on the material and its formulation. An appriciated machine The VacuTEC is appreciated for its simplicity of operation, reliability in production, and fast process speed. Treating gasses such as argon and oxygen can be applied, but in most cases, this is not necessary due to the high power exposed by the plasma discharge. VacuTEC uses the advanced Tantec power generator HV-X series as a power supply and specially designed plasma transformers to provide voltage to the plasma electrodes.

Our vacuum cup series are tailored to the requirements of a wide range of industrial sectors. With the wide range of vacuum cup designs of the flat, bellows and oval vacuum cups, you can solve common and demanding handling and automation tasks.

The suction pad (vacuum cup) SG is the simplest and most cost-effective way to handle a component. There are various designs, materials and sizes. It can be attached directly to the profile, rigid, twistable, spring-loaded and via a lifting unit.

The pump cover realizes a flat functional surface of the vacuum pump and at the same time contains the functional bearing of a pressure relief valve. The component is installed close to the engine (temperatures up to +160°C) and permanently in an oil-containing environment. By means of direct screwing without screw sleeves, the cover is firmly mounted on the pump housing. Industry: automotive industry Special features: + highly flat functional surface on the inside and at the same time highly fissured outside with pronounced stiffening ribs. + Realization of the flatness of the component geometry by tooling, without machining. + Screw-on areas by means of direct screw connection (without sleeves). + System integration of various functions in one component.

We, the company Diener electronic, have been manufacturing vacuum systems for 25 years. During this time, we were able to gain a huge wealth of experience and knowledge in the field of vacuum technology. We incorporate this concentrated knowledge into our current products to improve them constantly. In doing so, we also challenge things that have "always been done that way", such as the classical structure of a vacuum chamber. The result is a unique, flexible chamber system based on extruded aluminium profiles. The three meter long profiles are cut to the desired length and equipped with a bolted rear wall and a door. Slits are provided in the side walls of the profile for easy insertion of the product carriers.

In injection molding, trapped air in the cavity can cause air bubbles, streaks, contamination, and combustion gases, negatively affecting product quality. Fondarex vacuum systems provide targeted and efficient removal of trapped air and contaminants without affecting cycle times. The integrated, user-friendly process monitoring allows deviations to be detected early, minimizing process disruptions and reducing scrap. With Fondarex vacuum systems, air-related defects in injection molds are reliably prevented, improving the surface quality, dimensional accuracy, and functionality of plastic parts. These systems are particularly effective for the extraction of combustion gases, material residues, and fine particles directly from the cavity, enhancing product quality, repeatability, and production reliability in injection molding processes.

Our vacuum tube lifters not only increase the efficiency and cost-effectiveness of production processes, but also improve occupational safety and ergonomics in the workplace. The FIPALIFTswift vacuum tube lifter is designed for the rapid and frequent handling of heavy packages, crates, canisters or barrels weighing up to 40 kg. The FIPALIFTmax vacuum tube lifter is suitable for handling heavy panels, discs and bags weighing up to 149 kg. It is easy and intuitive to use and comes with a wide range of accessories.

Das Leistungsspektrum der Firma Ferrum umfasst die thermischen Verfahren, wie z.B. die Vakuumbehandlung, das Vergüten von Baustählen, sowie die thermochemischen Verfahren, denen unter anderem das Einsatz- und Abschreckhärten in Salzbädern oder unter Atmosphärentechnik, das Gas- und Plasmanitrieren, sowie das Oxidieren zugeordnet werden. Abgerundet wird die Angebotspalette durch die Dienstleistungen des Brünierens, einer thermochemischen Oberflächenbehandlung, des Trocken- und Nassstrahlen, der Materialanalyse, der Härteprüfung (nach Rockwell, Brünell und Vickers) und der Erstellung von Härtezeugnissen. Durch modernste Anlagen, Instrumente und Verfahren wird ein hohes Niveau an Kundenzufriedenheit, sowohl in quantitativer, qualitativer als auch in terminlicher Hinsicht gewährleistet. Dieses wird durch das integrierte Qualitätsmanagementsystem des Unternehmens und die regelmäßige Zertifizierung nach DIN EN ISO 9001, DIN EN ISO 14001 und DIN EN ISO 50001 unterstützt.