Laboratory Testing & Analysis Equipment – Piovan Lab-Tech
Explore Piovan’s Lab-Tech range of advanced plastic testing and analysis equipment engineered for precision, consistency, and full quality assurance across polymer production stages. These laboratory solutions support real-time monitoring, improved material traceability, and seamless integration with automated factory systems to maintain product quality from raw material to final output.
Advanced Lab-Tech Solutions for Plastic Quality Control
- Moisture Analyzer for Plastic – Moisture Minder This inline moisture measurement system monitors polymer moisture levels directly on the production line without manual sampling. It supports multiple materials, including PET, and enables fast, automatic quality adjustments.
- Melt Flow Index (MFI) Testing Compatibility While Piovan does not currently list a built-in melt flow index tester, this functionality can be integrated within Lab-Tech environments for broader plastic analysis coverage such as viscosity and molecular weight behavior.
Why Choose Piovan Lab-Tech?
- Reliable Plastic Testing Equipment Designed to ensure consistent quality assurance across polymer processes.
- Enhanced Traceability and Monitoring Supports material tracking, process transparency, and production documentation for auditing and compliance.
- Optimized for PET Preforms and Granules Critical when moisture content and flow properties impact mechanical performance and molding behavior.
- Seamless System Integration Easily connects with digital platforms like Winfactory 4.0 for automated data logging, quality debugging, and production analytics.
Related Benefits & Use Cases
- Moisture Content Measurement The Moisture Minder sensor detects moisture fluctuations in real time to optimize resin drying, reducing defects and waste.
- Plastic Quality Control Instruments Improve product consistency, reduce scrap rates, and streamline production workflows through continuous data collection.
- Future-Ready Melt Flow Assessment MFI testing can evaluate viscosity and molecular weight variations to fine-tune process parameters for improved molding and extrusion outcomes.
