The Mechlndex system is a mechanical device designed to perform rotary movements of plates within plastic injection moulds. lt is suitable for use both in multi-material moulds andin moulds where it is advantageous to have multiple stations for insert placement or part extraction. Thanks to the integrated helical guides, the mechanism converts the linear motion of the press ejector into a rotary movement of the plate by 90°, 120° or 180°, depending on the selected configuration. The dimensions ofthe Mechlndex can be customized according to the required linear stroke X - needed for the plate to exit its housing - and the specifications of the press. On request, the system can be supplied with an integrated plate cooling unit.

The medical industry is moving away from sample-based inspections toward fully automated quality assurance. Kistler is driving this transformation with AI-supported analysis of precise inline measurement data from tool-integrated sensors directly within the injection molding process. This enables real-time evaluation of each individual component, significantly improving safety, efficiency, and traceability. Kistler sets new standards for the production of validated and reliable medical devices. Would you like to learn more? Get in touch with us!

A new concept delivering maximum flexibility, compactness, and performance for food packaging production up to 8 cavities. With just 5.5 meters in length, the system achieves cycle times as fast as 4 seconds, with 100% quality inspection, single-part rejection, and fully automated boxing. It can operate for over 6 hours without any material refills or operator intervention. An IML robot that embodies more than 20 years of Campetella’s expertise in food packaging, setting a new benchmark in the industry.

The molding machine from Schäfer is designed for overmolding hotmelt polyamides on technical components. This provides insulation and mechanical protection for specific assemblies, allowing them to withstand extreme conditions such as heat, dust, or moisture. The powerful machine is designed for maximum productivity in large batch sizes, making it ideal for applications in the automotive, electronics, and sensor industries. The low-pressure molding machine stands out for its modern design. Equipped with a direct-feed single-screw extruder and three heating zones, it is ideal for processing various hotmelt adhesives and unfilled thermoplastics. The compact and modular construction allows seamless integration into existing production lines, enabling efficient automation. With a heating time of less than 20 minutes, the hotmelt molding machine is quickly ready for operation. The servomotor-driven closing device is adjustable so that the ideal closing force is used for the application, thus achieving high energy efficiency. Optical process monitoring is an optional extension for quality assurance in production. Advantages of the machine - Maximum flexibility through processing of numerous materials - High process stability thanks to intelligent drive system - Sliding table for optimized process flows and short cycle times - High energy efficiency through servo-driven single screw extruder - Integrated pressure sensor at the potting head for continuous process monitoring - Compact design for integration into production lines - Easy cleaning through automatic material flushing

HEAT.COOL.EJECT. Multiple connection, additive, disruptive in their most technically beautiful form. Integration of tool cooling, support of the mold insert, integration of ejectors, injection in previously unreachable places? Your wishes - Our solution.

Modular structure composed of additive 16-drop elements Each additively manufactured element consists of up to 16 injection points. Furthermore, each element has a cooling inlet and a cooling outlet for mold insert cooling. The cooling capacity can be transferred passively via 7 contact pins, or the cooling water is actively transfered into the mold insert between the nozzle tips. Secure sealing and support The sealing of the injection points is done in height and not in diameter. This allows for compensation of thermal expansion, and the mold insert can securely support itself on the hot runner without bending under injection pressure. Minimal tear heights. Due to the ideal thermal design of the system, the smallest tear heights can be realized, surpassing classic cold runner solutions.

Mould Lifecycle Management helps to document and visualize the data. With Mould Lifecycle Management, all project participants have the same level of knowledge, from the initial product idea to the end of the tool's life cycle. The tool management software helps to identify critical changes in the production process and reduce downtimes.

Precise. Contactless. Gentle. The MPERIA® UV laser offers a modern solution for fine, abrasion-resistant marking of sensitive materials – ideal for industries with high quality requirements such as medical technology, electronics, or the pharmaceutical industry. Thanks to the short UV wavelength (355 nm), the material is subjected to minimal thermal stress. This enables razor-sharp markings on plastics, ceramics, cable insulation, films, or packaged medical products – without deformation or burn marks. Despite its extreme precision, the UV laser operates at high speed, with low maintenance requirements and high efficiency. Its compact design and intuitive control allow it to be seamlessly integrated into your production line. Request a free sample marking on your original material now – for maximum confidence in your decision.

‘The replacement for your driven tools’ Increase the speed of your AGW by a factor of 4.3. This maximises the machining range of CNC automatic lathes.

Similar to black polymer products and packaging, silver-coloured ones can also cause problems in the recycling process. Due to their composition, certain shades of silver are not recognised and correctly sorted by the disposal company via near-infrared (NIR) in the post-consumer phase. Despite being recyclable, these products are therefore at risk of being disposed of thermally instead of being assigned to recycling. Lifocolor has developed new solutions in collaboration with Eckart, a leading manufacturer of metallic effect and pearlescent pigments. Using special silver and metallic masterbatches, it has been proven that formulations that could not be detected without the corresponding ingredients can now be recognised and sorted using near-infrared. Lifocolor advises on how the silver colour must be formulated to ensure successful Design4Recycling.

Our TS30 pellet-deduster offers maximum performance at an optimum degree of dedusting. With a throughput of up to 600 kg/h, the TS30 pellet-deduster was developed for dedusting in large-scale mills or as central dedusting system for virgin material and ground material. Features - Mobile unit - Level monitoring - Volumetric dosing and mixing of two components - Integrated pneumatic filter cleaning - Intuitive operation via HMI panel - Can be combined with INOX silo with optional level monitoring

Dedusting on the injection moulding machine with a throughput of up to 15 kg/h The dedusting module of the TS5 pellet-deduster works with a throughput of up to 15kg/h. A high flexibility of the application range is of particular importance to us as this ensures that the dedusting module can be operated immediately on the intake zone of the injection moulding machine on a dryer, metal separator or add-on device. So nothing is standing in the way of an optimum manufacture of sophisticated visible parts and surface parts any more. Features - Mobile unit - Adaptation to injection moulding machine, dryer or metal separator - Level monitoring - Volumetric dosing and mixing of two components - Integrated pneumatic filter cleaning - Intuitive operation via HMI panel - Can be combined with INOX silo with optional level monitoring

The Gabriel-Chemie Group is expanding its portfolio with innovative PFAS- and silicone-free PPA masterbatches based on hydrocarbon technology for modern extrusion applications. Developed to optimize processing performance while meeting current and future regulatory requirements, the solutions provide a high-performance alternative to conventional PFAS-based systems. Designed for applications such as blown films, cast films and pipes, the new PPA masterbatches improve process stability, reduce die build-up and machine pressure, and deliver excellent optical properties including high transparency, smooth surfaces and uniform film thickness. In view of the upcoming PPWR regulations and the planned PFAS ban in packaging applications from August 2026, Gabriel-Chemie supports customers with future-oriented solutions for reliable and efficient production processes.

Power-Grip A zero-point palletizing system allows you to clamp and position work pieces, clamping media and fixtures quickly and precisely. The standardised interfaces drastically reduce set-up time, particularly for single work pieces and small batch production, thereby increasing effective machine uptime and productivity. With various grid sizes of e.g. 160 mm, 200 mm and 320 mm, you can effortlessly implement all your technical requirements. With Power-Grip your devices are no longer confined to individual machines. Once components have been mounted, they can easily be swapped in and out. Power-Grip does not loose its zero-point even if you have to swiftly produce something else in the meantime. Technical facts The Power-Grip pallet carrier • is suitable for any kind of processing • consists of rust- and acid-proof steel (1.2085) • has a repeatability of 0.002 mm over a length of 300 mm • works with a clamping force per centering unit of 17,000 to 50,000 N • is pneumatically released (min. 6 bar) • automatically cleans all z-reference surfaces with each chucking process

PPA Processing Additives Without PFAS – Advanced Solutions for Film Blowing