Material Handling & Feeding Systems
One-to-Multi Vacuum Loader
Introduction
The One-to-Multi Vacuum Loader is a centralized material conveying system designed to supply multiple processing machines from a single vacuum power unit.
It provides efficient and automated material transfer for injection molding, extrusion, blow molding, and other plastics processing lines, helping reduce equipment investment, labor requirements, and overall operating costs.

Overview
The system uses a central vacuum unit to generate negative pressure and convey plastic materials through pipelines to multiple hopper receivers. A PLC-based control system manages the feeding sequence according to material demand at each processing machine, enabling stable and continuous automatic material supply.
One vacuum unit can serve multiple hopper receivers, making the system particularly suitable for production environments where several machines require centralized material feeding.
The modular system design allows flexible configuration according to the number of machines, conveying distance, material throughput, and plant layout.
Technical Specifications
- Product Type: One-to-Multi Vacuum Conveying System
- Vacuum System: Central vacuum unit
- Hopper Receivers: 2–6 receivers per system
- Control System: PLC intelligent control
- Receiver Material: Stainless steel
- Material Separation: Cyclone separator
- Dust Collection: Central dust collection system
- Conveying Method: Negative-pressure vacuum conveying
- Installation: Centralized installation
- Suitable Materials: Plastic pellets, regrind, masterbatch, and free-flowing granular materials
- Conveying Capacity: Depending on material characteristics, conveying distance, and system configuration
- Conveying Distance: Depending on material properties and system configuration
Note: Vacuum power, conveying capacity, pipe diameter, receiver volume, and system configuration are selected according to material characteristics, conveying distance, required throughput, and production layout.
Key Features
- One-to-Multi Centralized Conveying – One vacuum power unit can serve multiple hopper receivers, reducing the number of individual loaders required.
- PLC Intelligent Control – Automatically manages material conveying and feeding sequences according to demand from each processing machine.
- Efficient Material Separation – Cyclone separation and dust collection help improve conveying stability and reduce dust accumulation.
- Stainless-Steel Hopper Receivers – Durable construction suitable for continuous industrial production environments.
- Flexible System Expansion – The number of feeding points and conveying layout can be configured according to production requirements.
- Automatic Motor Protection – Integrated protection functions improve operational reliability and equipment safety.
- Optional Automatic Filter Cleaning – Helps maintain stable airflow and reduce manual filter maintenance.
- Centralized Automation Ready – Can be integrated into centralized material handling and factory automation systems.
Applications
The One-to-Multi Vacuum Loader is suitable for centralized and automated material feeding in a wide range of plastics processing applications, including:
- Injection molding production
- Plastic extrusion lines
- Blow molding equipment
- Compounding and pelletizing lines
- Engineering plastics processing
- Masterbatch and additive conveying
- Regrind material handling
- Centralized material handling systems
The system can be customized according to the number of processing machines, conveying distance, material properties, throughput requirements, and factory layout to provide an optimized material conveying solution.
Interested in This Product?
If you’re interested in this product or have a specific application in mind, feel free to contact us. Share your material, process requirements, production capacity, and application details, and our team will recommend the most suitable configuration and technical solution to meet your production needs.
Our engineering team will recommend the most suitable solution.





