Cavity Eye products

The Cavity Eye newly developed more precise, durable, water and shock resistant sensors are available. The company offers sensors in different diameters (15 and 26 mm), which have a maximum load range of 1 to 40 kN.

The Cavity Eye Mold Plug with Memory (MPM) socket was developed for the Injection Molds equipped with Cavity Eye pressure sensors. The wiring of the sensors takes place in this device, and it is also the counterpart of the Cavity Eye Smart Measuring Plug (SMP). This socket is equipped with a special, integrated memory, and responsible for storing the data of the molds and the Cavity Eye sensors. The memory can also contain the production data of the mold, for example: reference curves, tolerances, pin diameters, cavity IDs, etc.

The Smart Moulding Control (SMC) is an online, real-time quality and production monitoring system, which measures the cavity pressure in injection moulds and controls the production. New generational product monitoring and automatic injection moulding machine controlling is available with our pressure measurement system every day of the week for the 0 ppm scrap rate! SMC offers you a complete system that can be used with up to 8, 16, 32 or 64 pressure sensors. If you want a measuring system which holds the important information about the mould in the mould socket, so you do not lose any of them while moving the mould, the Cavity Eye Smart Moulding Control is the best choice! If you want an online, real-time quality and production monitoring system, which measures the cavity pressure in injection moulds and controls the production, moreover creates the possibility for analysis and statistic reports from the measured data, choose Cavity Eye Smart Moulding Control!

The Cavity Eye Water Flow Monitoring System addresses significant challenges in the cooling phase of the injection moulding cycle, which typically accounts for 50-70% of the total cycle time. This system allows for precise measurement and control of water flow rate, temperature, and pressure, providing valuable data to avoid issues like overheating, undetected water leakage, and inefficient cooling circuit operations. With its ability to immediately identify failures such as wrong pipe connections or closed circuits, the system helps reduce scrap production and enhance process stability. It offers a practical solution to retrofit existing water flow regulators and works reliably to optimize moulding operations. Additionally, the technology supports long-term data analysis and maintenance based on accurate measurements, leading to cost savings and consistent part quality. By utilizing this system, manufacturers can ensure optimal tempering conditions and react swiftly to any detected process changes, ultimately enhancing the quality and stability of production.