The TV-MFS5000 Automatic Material Feeding System is an advanced raw material preparation solution designed for plastic compounding, extrusion, and continuous production processes. The system combines automatic feeding, accurate weighing, and intelligent control technology to provide stable and precise material supply for plastic manufacturers.

With a maximum capacity of 5000 kg/h, the system is suitable for handling various plastic raw materials, including resin, fillers, additives, masterbatch, pellets, and recycled materials. Through automatic feeding and weighing control, the system ensures accurate material ratios, improves production consistency, and reduces manual operation requirements.

The TV-MFS5000 provides an efficient solution for plastic processing factories that require continuous material preparation, stable compound quality, and integration with automatic mixing and extrusion systems.

In plastic compounding and extrusion processes, stable raw material feeding directly affects production efficiency and final product quality. The TV-MFS5000 provides a complete automatic solution covering material storage, feeding, weighing, and transfer.

Different raw materials are stored in independent hoppers or silos. According to the preset production formula, the control system automatically manages each feeding unit and transfers materials into the weighing section through screw feeders, vacuum conveying systems, or other feeding methods.

High-precision weighing sensors monitor material quantity in real time. When each material reaches the required weight, the feeding process stops automatically. After all materials are accurately prepared, the system transfers the batch to mixers, extruders, or downstream production equipment.

The automatic feeding process improves formula accuracy, reduces material waste, and helps plastic manufacturers maintain stable production performance.

The TV-MFS5000 Automatic Material Feeding System improves plastic production efficiency by combining automatic material handling with accurate weighing control. The system can manage multiple raw materials simultaneously and ensure stable feeding performance for different production formulas.

The PLC control system with touch screen operation allows operators to easily manage recipes, monitor material status, and adjust production parameters. The automatic weighing function helps maintain consistent material ratios, which is important for producing high-quality plastic compounds.

The modular system design allows flexible configuration according to factory requirements, including different hopper capacities, feeding units, and conveying methods. It can be connected with mixers, storage silos, conveyors, extrusion lines, and other plastic processing equipment to create a complete automatic raw material preparation system.

The TV-MFS5000 stores different plastic raw materials in separate storage hoppers. Each hopper is equipped with an automatic feeding device to control material flow.

During operation, the operator selects the required production formula through the touch screen interface. The PLC system automatically controls each feeding unit according to the preset material ratio.

Materials are transferred into the weighing hopper through screw feeders or vacuum conveying systems. The weighing sensors continuously monitor the material quantity, and each feeder stops automatically after reaching the target weight.

After all materials complete weighing, the prepared batch is automatically discharged to mixers, extruders, or other production equipment, ensuring accurate material preparation and continuous operation.

The TV-MFS5000 Automatic Material Feeding System is designed for plastic processing industries requiring accurate raw material preparation and automatic feeding control.

The system is widely used in plastic compounding, PVC compound production, SPC flooring production, WPC profile manufacturing, plastic extrusion, masterbatch production, engineering plastics, cable compound production, recycled plastic processing, and other polymer processing industries.

It is suitable for production lines requiring precise material ratios, continuous feeding, automatic formula management, and integration with mixing and extrusion equipment.

The system is suitable for processing various plastic raw materials and additives, including PVC resin, PE pellets, PP pellets, ABS granules, PET flakes, calcium carbonate, mineral fillers, wood powder, masterbatch, pigments, stabilizers, lubricants, flame retardants, and recycled plastic materials.

According to different material characteristics, the system can be configured with suitable feeding methods, such as screw feeding, vacuum conveying, or customized material transfer solutions, ensuring stable flow and accurate material control.

The final price depends on the actual system configuration, including the number of feeding stations, hopper capacity, material characteristics, feeding method, weighing requirements, automation level, factory layout, and integration with existing production equipment.

The system is designed for automatic feeding, weighing, and transfer of plastic raw materials during compounding and extrusion processes. It provides accurate material preparation and stable supply for continuous production.

The maximum capacity is 5000 kg/h. The actual output depends on material properties, production formula, feeding method, and system configuration.

The system can process plastic resin, pellets, powders, fillers, additives, masterbatch, pigments, and recycled materials commonly used in plastic production.

Yes. The TV-MFS5000 can be integrated with mixers, storage silos, conveyors, extrusion lines, and other plastic processing equipment.

The standard weighing accuracy is ± 0.1-0.2%, ensuring stable material ratios and consistent compound quality.

Yes. Hopper capacity, feeding units, conveying methods, control systems, and installation layouts can be customized according to different production requirements.

Automatic feeding reduces manual handling, improves production efficiency, minimizes material waste, and ensures stable raw material supply for modern plastic processing lines.