- The MVSS delivers precise, real-time monitoring of key parameters such as cavity melt pressure, melt temperature, mold steel temperature, and in-mold shrinkage, allowing for immediate adjustments and optimal process control during the injection molding cycle.
It intelligently derives essential metrics like melt velocity, viscosity, pressure-volume-temperature relationships, and viscoelastic behavior, providing a comprehensive understanding of material dynamics to enhance production outcomes.
- By streamlining process set-up and stabilization, the MVSS significantly reduces time and costs by over 30%, enabling faster time-to-market and lower operational expenses for manufacturers of all sizes.
The technology ensures superior part quality and consistency, even for components with the most stringent specifications, minimizing defects and variability to meet high standards in industries like medical devices and automotive.
- MVSS predicts final part dimensions before ejection from the mold, dramatically cutting down on post-production quality inspection time, costs, and resources, while improving overall throughput and reliability.
It challenges and debunks long-standing industry myths by demonstrating the ability to measure multiple process outputs simultaneously with a single, integrated sensor, simplifying setup and reducing complexity in molding operations.
- Seamlessly integrating artificial intelligence (AI) and Internet of Things (IoT) capabilities, the MVSS features cost-effective SIMHATM sensors and POLYSCOPETM control systems, paving the way for smart, connected manufacturing ecosystems beyond Industry 4.0.
