Due to current changes in increased energy costs, the general shortage of raw materials, global purchasing strategies and global competition, as well as the image of the material, the plastics industry has to concern itself more and more intensively with its market justification and its success strategy. We want you to remain successful and offer you support. We don't want to lecture, we don't just want to give advice, we see ourselves as your partner for...: Creating competitive advantages through global benchmarks Promoting your innovative strength through best-practice examples Full or partial responsibility for project planning to relieve internal capacities Interim management

Consumer electronics: Inline process with 2K injection molding + insert molding + polishing then painting + printing + drilling + assembly

An important addition to our container system is the docking station. It guarantees the effective and clean emptying of bulk material containers from various receptacles at a single interface. The docking station includes the connection to the containers and the transfer to your production unit, e.g. via a suction box or directly into a mixer. Easy operation is ensured by the fact that the container is optimally positioned on the station via centring lugs. The dustfree sealing of the connections is achieved by means of a spring-loaded contact pressure. The docking station guarantees simple, clean and dust-free transfer of the bulk material to the subsequent process. Optional accessories • Vibration motor • Level indicator • Container outlet actuator • Weighing device

Container refrigeration systems offer a particularly flexible and practical solution for industrial refrigeration – especially when using the natural refrigerant propane. A key advantage lies in the pre-assembled design: the systems are delivered fully piped and electrically wired. This significantly reduces the installation effort on site and ensures quick and straightforward commissioning. All the system components are compactly integrated within the container. These include the chiller, pumps, a buffer tank and the control cabinet. Systems for water treatment and filtration technology can also be integrated as an option. This comprehensive integration ensures a high level of operational reliability and simplifies both planning and subsequent operation. Particular attention is paid to safety: the chiller is separated from the rest of the area by a partition wall. In addition, gas detection systems are installed to reliably monitor the use of propane. An access door with a panic lock also ensures that the container can be evacuated quickly at any time in an emergency. In addition to their high safety standards, the systems also impress with their energy efficiency. Propane has a very low global warming potential (GWP) and excellent thermodynamic properties, enabling economical and sustainable operation.

Production rejects are definitely not waste. High-quality material often arises during ongoing production that cannot be added back into the production process. We use our cutting systems to regrind this material so that it can be reused. Today we grind almost all common plastics in the area of ​​thermoplastic elastomers (TPU/TPS/TPC/TPV) as well as standard plastics (EVA, PS, PA, etc.). The material is ground to a grain size of approx. 6 - 8 mm. We guarantee that the regrind is extremely clean and pure. The regrind is packaged in octabins or big bags. When the material is used in your production, the material cycle is closed.

Production rejects are definitely not waste. High-quality material often arises during ongoing production that cannot be added back into the production process. We use our cutting systems to regrind this material so that it can be reused. Today we grind almost all common plastics in the area of ​​thermoplastic elastomers (TPU/TPS/TPC/TPV) as well as standard plastics (EVA, PS, PA, etc.). The material is ground to a grain size of approx. 6 - 8 mm. We guarantee that the regrind is extremely clean and pure. The regrind is packaged in octabins or big bags. When the material is used in your production, the material cycle is closed.

Automated, Reliable, Future-Proof Whether level, weight, pressure, or limit detection – our measurement and control systems perform key functions in monitoring your bulk material processes. Radar Sensor Radar sensor technology enables precise measurement of silo filling levels. Using our Siltronic control systems, the material volume and weight (calculated via bulk density) inside the silo can be determined. SiloPilot The SiloPilot provides accurate level measurement in our silos. Through our Siltronic control systems, the material volume and weight (based on bulk density calculation) can be determined. Weighing System The weighing system ensures continuous and precise weight measurement. Silo contents can be optimally documented via an interface within your ERP system. Rotary Paddle Level Switch – Full Detector The full detector reliably signals when the maximum filling level in the silo has been reached. This signal allows, for example, truck filling operations to be stopped at an early stage. Rotary Paddle Level Switch – Empty Detector This sensor detects limit levels, such as empty level indication. This important information prevents material shortages within the system. Vibrating Fork Level Switch – Empty Detector This device also detects limit levels for empty level monitoring, helping to avoid material shortages in production processes. Pressure Sensor In our systems, pressure sensors are primarily used to monitor pressure within conveying lines. Since excessive filling pressure can damage certain materials, monitoring is essential. During truck filling, warnings can be issued if filling pressure becomes too high. In pressure conveying systems, the pressure sensor also enables optimal adjustment of conveying performance.

Control Units are used within hot runner systems, polymer processing industry, packaging industry, food industry, ovens, dryers and much more operating areas.

Intelligent control network, total visibility. You receive the level and type of control you require: end-to-end or simple. Thanks to their modular structure, our solutions can be extended and enhanced at any time, and our control systems grow with your company’s requirements.

Veredlung von Baugruppen durch Lichttechnik Anwendungen

Optimal temperature control for injection molding tools Our new partner Contura MTC has set itself the goal of offering its clients the best possible service in all aspects of optimal temperature control for injection molding tools. Comprehensive consultation is the first step in every project and also forms the basis for further cooperation. This allows the temperature control experts and their clients to assess and discuss possibilities and potential. In order to provide the most concrete and meaningful advice possible, the experts have developed a checklist that has proven to be extremely effective. It lists basic questions about the component that those involved can usually answer quickly and easily. The focus here is on cycle time optimization, stabilizing the injection molding process, and improving the quality of the plastic parts. Design is at the heart of Contura Using state-of-the-art CAD systems, Contura's experts design contour-following temperature control systems. These have a fundamentally positive influence on the injection molding process and the plastic molded part. With contour-following temperature control, the experts achieve four main effects: cycle time reduction, quality improvement, improved surface finish, and, in addition, process efficiency. Here, the projects benefit from the many years of experience of the specialized employees. They have the essential expertise to provide optimal solutions. We at Cintron e.K. are proud to be Contura's new distribution partner. Feel free to contact us!