The combination of color expertise from the CCC (Color Competence Center) and expertise in the formulation of plastics have resulted in the ability to continually achieve further developments in the possibilities of aesthetic surfaces in comparison to what currently exists. The CRE.ACTIVE Design approach makes it possible to achieve compatibility between the following elements: · INNOVATIVE DESIGN · REDUCTION OF THE CO2 FOOTPRINT · COST REDUCTION · RECYCLABILITY CRE.ACTIVE Design - MOLD IN COLOR solutions facilitate countless and innovative design possibilities: The CRE.ACTIVE Design portfolio includes technical plastics in colors with profound impact, with high-gloss finishes and/or matt effect on smooth or textured surfaces and also with the possibilities of a metallic effect, soft touch or ceramic feel. A combination of surfaces with high-gloss, grained and laser-textured areas can be created on the same part with the use of just one tool. CRE.ACTIVE Design provides a multitude of design options while at the same time offering significant energy and cost savings in comparison with the use of multiple tools and subsequent surface treatments such as lacquering. Reduction of the CO2 footprint is a current and shared challenge for all sectors. There are various possible paths to achieving this goal – the CRE.ACTIVE Design MOLD IN COLOR solutions immediately offer multiple benefits because they optimize the entire process: No additional processes are required for part decoration after injection molding, for example, the transport and energy costs are lower and fewer raw materials are used – meaning that the finished product has a significantly lower CO2 footprint than a product produced using conventional methods. The recyclability of the MOLD IN COLOR solutions provides additional benefits as a valuable resource for a closed loop materials cycle because no additional color lacquer is used.

Customized cutting systems for maximum efficiency and quality in the rubber, plastics, cable, and pharmaceutical industries.

At Kuteno, SHIBAURA MACHINE LWB demonstrates how the new V70 control system, the IIoT platform "machiNetCloud," and the AI system "Virtual Machine Expert" pave the way for smart, connected production in plastics processing and injection molding. Together, these three technologies create a seamless, data-driven ecosystem that significantly boosts productivity, efficiency, transparency, and planning reliability. The V70 control system meets the demands of a "Smart Factory" with precision. Its open OPC-UA architecture (Euromap 63/77) ensures smooth integration of machines and peripherals. Intuitive operation, intelligent assistance features, and built-in tools for faster tool setup, cycle time optimization, and error analysis enhance process efficiency and reduce startup times. Users benefit from more stable operations, consistent quality, and a rapid return on investment. The IIoT solution "machiNetCloud" complements the control system by securely connecting machines, data, and processes. It captures, analyzes, and displays production data in real time. This transparency improves OEE values, highlights downtime, and enables predictive maintenance planning. The platform also offers secure remote access, cutting response times, lowering service costs, and optimizing global support structures. The AI system "Virtual Machine Expert" continuously monitors all critical process parameters, detects deviations early, and proactively prevents potential errors or component issues. This increases machine availability, enhances part quality, and ensures long-term process reliability. This solution suits both electric and hydraulic injection molding machines and integrates flexibly into existing production environments.

A dry ice blasting machine removes stubborn deposits, paint, and residues from surfaces without damaging them. It works dry, leaves no residue, and is particularly suitable for industrial areas where conventional cleaning methods reach their limits.

Our energy management software econ4 is one of the currently leading solutions on the market. Intuitive operation, fast learning curves and short-term success underline our position. Just like its predecessor econ3, econ4 is also assessed as eligible for funding by the Federal Office of Economics and Export Control (BAFA). The modular, flexible structure enables adaptation to the individual framework conditions of each project. Regardless of the data source, measuring points can be easily and quickly integrated into any configurable hierarchy structures and combined to form various key figures.

The EOAT (Gripper) system does not require sliding blocks like conventional systems! Components can simply be inserted at a later date.

Kümmerer vom ersten Telefonat an Fiege electronic steht für drei Jahrzehnte fundiertes Know-how und konsequente Produktentwicklung in der Heißkanalregeltechnik. Wodurch wir uns vom Wettbewerb unterscheiden? Durch unsere Verbindlichkeit, Zuverlässigkeit und kurzen Reaktionszeiten auf Ihre Anfrage. Denn Kundenpflege nehmen wir sehr persönlich. Auch wenn unser technischer Blick stets in die Zukunft gerichtet ist – hier bleiben wir gerne „old school“: Telefonwarteschleifen und Call Center-Roboter sind für uns ein Fremdwort. Sie sprechen immer persönlich mit einem kompetenten Berater, der sich vielmehr als Kümmerer statt als Auf-die-lange-Bank-Schieber versteht. Denn wir sind erst zufrieden, wenn Sie es sind

As an authorized service and distribution partner of INTAMSYS, we introduce the FUNMAT PRO 310 APOLLO – an industrial FFF system designed for reliable processing of high-performance PAEK polymers, particularly PEEK. Unlike conventional high-temperature 3D printers, the 310 APOLLO is engineered for continuous and reproducible manufacturing processes. Its multi-physics process control – integrating thermal, mechanical, and process parameters – enables both increased build speed and consistent part quality. Key industrial benefits include: enhanced process stability for high-performance polymers improved mechanical properties in the Z-axis consistent part quality across multiple production runs The integrated ecosystem – including RFID-based material management, active filament drying, and comprehensive process data tracking via INTAMQuality™ – enables full traceability and quality-assured serial production in FFF. This positions the 310 APOLLO as a solution for industries such as aerospace, automotive, and robotics, where high-performance polymers are increasingly replacing metal components. As a partner, our focus extends beyond machine supply to application qualification, process integration, and long-term production stability, ensuring that additive manufacturing can be deployed as a reliable production technology.

High-gloss polishes aren't always high-gloss. The quality of a high-gloss polish depends on the machining process, the type of steel, and the pre-treatment. Using our custom-designed sample plate, you can compare and select from a variety of polishes on a table displaying Ra and Rz values ​​on a plastic plate. This is especially useful for design and project management when communicating with customers.

Product advantages * Low noise * Pure electrical * Large load 18KG * light in weight only 2.9KG Product Characteristics * Flange connection compatible with standard collaborative robots. * Simple installation. * Lightweight gripping system with integrated vacuum monitoring and control. * Features auto-replenishment function for specific materials or applications. * Continuously compensates for vacuum loss during handling to ensure stable holding force.

With ENGEL’s injectAI, you take the next evolutionary step in injection moulding: transitioning from inject 4.0 to injectAI integrates artificial intelligence directly into process control—not as an add-on, but as an active process co-pilot on the shop floor. Moulders benefit from an autonomous, self-regulating injection moulding cell that translates quality targets into stable production processes, compensates for fluctuations in real time, and drastically reduces start-up and changeover times. Instead of manually tweaking machine parameters, you simply set the part specifications—the AI handles the fine-tuning, minimises scrap and material consumption, and sets new benchmarks for efficiency, process reproducibility, and relieving skilled operators.

SafetyLine - The new dimension in laser cleaning. Clean. Safe. Future-proof. With the SafetyLine, KLB takes industrial cleaning to a new level. This innovative system combines high-precision laser cleaning technology with a fully integrated protective enclosure, offering a sophisticated overall concept for maximum safety and efficiency. The principle is as simple as it is compelling: Similar to a sandblasting cabinet, the cleaning process takes place in an enclosed workspace. The crucial difference: The SafetyLine operates without contact, is gentle on materials, and leaves virtually no residue - entirely without blasting media or complex post-processing. Whether tools, molds, or components - contaminants, coatings, and residues can be removed precisely and reproducibly. At the same time, the enclosed cabinet ensures a controlled, safe process that is optimally designed for industrial use. The SafetyLine is not only technically impressive but also excels in daily operation: ergonomic, user-friendly, and flexible in its application. This makes it the ideal solution for companies that want to modernize their cleaning processes while simultaneously meeting the highest safety standards.