Plastic Feeding & Conveying Systems – Piovan
Optimize Your Material Handling with Piovan’s Advanced Plastic Feeding & Conveying Systems
Piovan brings world-class excellence to every stage of plastic material handling from small-scale operations to fully automated manufacturing environments.
Comprehensive System Solutions: We offer a wide range of smart and high-efficiency technologies, including:
- Compact hopper loader units
- High-performance plastic conveying systems
- Robust vacuum loaders for plastics
- Fully integrated central conveying systems
Each solution is engineered to ensure seamless material flow, reduced downtime, and superior production quality.
Enhanced Precision & Hygiene: Piovan’s cutting-edge innovations like the Piovan loader and Piovan vacuum receiver are designed to:
- Maximize energy efficiency and operational reliability
- Deliver accurate and continuous material feeding
- Minimize contamination risks
Why Choose Piovan’s Feeding and Conveying Systems?
- Plastic Conveying System Excellence: Piovan delivers advanced plastic conveying system solutions that combine efficiency with hygiene. From the latest vacuum loader for plastics to scalable central conveying system designs, manufacturers benefit from precise material transport, reduced contamination, and smooth automation.
- Hopper Loader Solutions: Our compact hopper loader units, including the S & SBL Series, provide plug-and-play installation, stainless-steel durability, and fast cleaning. These solutions are ideal for seamless integration into material handling systems plastics operations.
- Vacuum Receivers: Piovan’s vacuum receiver lineup includes the C Series (for granules) and CS Series (for flakes), with sizes ranging from 2 to 200 L. These receivers ensure consistent performance, easy maintenance, and reliability across various production scales.
- Dense-Phase Conveying: The innovative Vakupulse system manages delicate materials with minimal wear, handling up to 15,000 kg/h. Its low energy use and reduced noise make it a benchmark in pneumatic conveying for plastic pellets.
- Production Monitoring & Automation: The Ryng system measures throughput in real time (40–300 kg) and integrates with Winfactory 4.0. This makes it the perfect solution for an automatic feeding system for injection molding, helping optimize cycle times and material usage.
- Customization & Cost Efficiency: Piovan designs tailored material handling systems plastics that reduce overall central material handling system cost while ensuring maximum productivity. Our solutions address every challenge from how to prevent dust in plastic conveying to full-scale centralized automation.
Applications & Benefits of Piovan Feeding and Conveying Systems
- Automatic Feeding System for Injection Molding: Piovan provides a state-of-the-art automatic feeding system for injection molding to ensure uninterrupted production. By integrating our plastic conveying system with advanced automation, manufacturers achieve consistent material flow, fewer stoppages, and higher output quality.
- How to Prevent Dust in Plastic Conveying: Piovan solves the challenge of how to prevent dust in plastic conveying with innovative filters and coupling stations such as HandlinkEVO and Easylink+. These systems protect against contamination, vacuum leaks, and wear, ensuring cleaner operations for material handling systems plastics.
- Scalable Plastic Conveying Solutions: Whether starting with a simple hopper loader or expanding into a full central conveying system, Piovan guarantees scalable solutions. From compact Piovan loader units to integrated automation, businesses can grow their production with minimal investment and optimized central material handling system cost.
- Efficiency, Energy Savings & Productivity: Piovan’s advanced vacuum loader for plastics and Piovan vacuum receiver technology streamline the movement of plastic pellets. Combined with pneumatic conveying for plastic pellets, our systems reduce material waste, save energy, and optimize the raw material flow across every stage of production.
