Multi-component Loss-in-Weight Feeder

Multi-component Loss-in-Weight Feeder

Niasi Factory manufactures Multi-component Loss-in-Weight Feeder specialized for extrusion applications. This feeder, leveraging Industry 4.0 technology, provides comprehensive management of extrusion material control and processes, assisting the technical department in effectively managing extrusion formulations.

Based on advanced design principles, Niasi's high-quality Multi-component Loss-in-Weight Feeder incorporates high-speed valve design, reverse spiral mixing technology, and continuous gravimetric control technology to precisely proportion and mix materials, effectively avoiding color differences and reducing manual labor. The Multi-component Loss-in-Weight Feeder features a unique continuous gravimetric control technology that swiftly and accurately controls extrusion output, contributing to significant material savings of up to 2% through thickness/weight control. The Multi-component Loss-in-Weight Feeder series allows flexible combinations of 2, 3, 4, 5, or 6 types of materials, with a production capacity of up to 800KG/H.

Key Features:

• Utilizes Italian control technology for stability, reliability, and low failure rates.
• Multi-component Loss-in-Weight Feeder's extrusion control precision of 0.3%.
• Accurate proportioning with a precision of 0.5%.
• Reverse mixing ensures uniformity.
• Multi-component Loss-in-Weight Feeder's modular design for economic efficiency.
• Energy-saving and environmentally friendly, effectively conserving raw materials.
• Industry 4.0 platform for efficient production management.

Human-Machine Interface (HMI):

• User-friendly interface of Multi-component Loss-in-Weight Feeder for intuitive operation.
• Management of up to 100 formulas for efficient production.
• 30-day data recording, including product and raw material data.
• Effective password management of the Multi-component Loss-in-Weight Feeder to ensure production safety.
• Standard industrial Ethernet communication for seamless integration with extruders.