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.

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

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

Performance Self Lube (PSL) 3065 is an innovative lubrication solution for rolling bearings, in which a polymer-oil compound completely fills the bearing interior. The bound lubricating oil is released selectively to the friction points during movement, load, or temperature increases – ensuring permanently reliable lubrication without the need for regreasing. PSL 3065 is suitable for ball bearings, needle roller bearings, spherical roller bearings, cylindrical roller bearings, and other bearing types. Compared to grease-lubricated bearings, this technology enables significantly longer service life and a stable temperature range. The result: reduced maintenance, increased process reliability, and extended service life.

Combining high output, rapid turnaround times, and a compact footprint, the Raise3D RMS220 delivers an unmatched balance of productivity and cost-efficiency

Sage Wincarat is one of the leading industry solutions for plastics processing and die casting. The essential workflows and processes of tool and process manufacturers can be mapped by the software. As an open system, the Sage Wincarat software covers the entire spectrum of data management in the company - from materials management to production, from toolmaking to injection moulding. It supports the requirements of the supplier industry, such as data exchange via EDI, as well as internal logistics using barcodes and scanners. By using Sage Wincarat, you can benefit from flexible control, high delivery reliability and price transparency. Reduce process and logistics costs and speed up processes.

Developed in close collaboration with the University of Twente, SonicDry integrates cutting-edge ultrasonic technology as well as AI and photonics to deliver future-ready performance. Moisture is loosened directly from the polymer structure and immediately removed by dry air, eliminating the need for a regeneration cycle and minimizing energy waste. SonicDry is designed for performance and ease of use. The intuitive interface is inspired by Ferlin One, and the dryer includes Predictive Maintenance System (PMS) and Statistical Production Control (SPC) for maximum uptime and transparency. The entire development and production process took place in the Netherlands, with local suppliers playing a key role in the manufacturing of critical components—delivering affordable high-tech innovation made in Holland. Key benefits of SonicDry: • Patented ultrasonic drying technology • Up to 50 percent lower energy consumption • Ideal for biopolymers due to low drying temperatures • Minimal maintenance due to robust, high-quality components • Predictive Maintenance System and Statistical Production Control • Full stainless-steel construction and built-in safety systems • High connectivity and FerlinBridge compatibility

Efficient temperature control of injection molds is essential for consistent product quality, short cycle times, and long tool life. An optimal heat transfer from the temperature control medium to the mold steel ensures smooth and economical production. This is where the SPM systems from the SPM series come in: they allow you to clean temperature control channels, measure flow, and perform leak testing in a single operation. The SPM systems provide comprehensive preventive maintenance of your temperature control channels, removing deposits and contaminants before they can cause damage. This protects your injection molds and ensures consistently high product quality. The integrated flow measurement identifies blockages or restrictions early, while leak testing guarantees that no leaks occur that could interrupt production. Thanks to the flexible SPM series, you can select the right system size for your needs – from manual systems for smaller channel setups to fully automated solutions for complex injection molds. If a standard solution does not exactly match your requirements, we develop customized SPM systems quickly and efficiently, tailored to your production conditions. With SPM systems, you benefit not only from maximum process reliability but also from efficient machine operation, reduced downtime, and long-term optimization of your tooling. Whether cleaning temperature control channels, measuring flow, or performing leak testing, the SPM series provides a powerful solution for mold maintenance and preventive tool care, designed specifically for the needs of the plastics and injection molding industry.

The new E3000i Serie for E3000/E2000/iSpeed3 and HES

Conventional screw-tips consist of a tip, a locking ring, and a thrust ring. During plasticizing, the mass flow pushes the locking ring forward against the vanes of the rotating tip. This contact causes wear on both components. To prevent wear, the contact surfaces are often hard-faced or carbide-tipped. The patent-pending inmex non-return valve takes a different approach. It uses a two-part locking ring, with both ring halves internally guided by a fit with the extended vanes of the tip. The front ring segment engages with claws between the vanes of the tip, allowing the ring to rotate during plasticizing. The outer diameter of the front segment is smaller than the screw diameter, preventing the barrel from being worn by the rotating ring. The second ring segment, positioned toward the screw, corresponds to the nominal diameter of the screw, ensuring that it seals with the thrust ring during injection as usual. During metering, the first ring half is actively rotated, but the second ring half is not. As a result, the wear surface is no longer located between the vanes and the locking ring, but between the two ring segments, and is now three to four times larger than the standard size. This significantly extends the service life of the locking rings in the event of abrasive wear. In addition, the locking rings are pre-centered by the internal guide and close reliably for longer during injection, even with progressive wear. Another advantage concerns the screw, which is supported at its tip by the internally guided locking ring. This prevents the screw's vanes from being pressed against the barrel, which also has a positive effect on the screw's service life.