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Plastic Industry Weighing Dosing System Type C Single Or Double Layer Design

Plastic Industry Weighing Dosing System Type C Single Or Double Layer Design

Brand Name: MACHTECH
Detail Information
Place of Origin:
China
Certification:
ISO CE
Capacity:
Depends On The Specific System And Customer Needs
Control System:
PLC
Installation:
On-site Installation By Professional Technicians
Safety Features:
Emergency Stop Button, Safety Interlock System
Material:
Stainless Steel
Operation Mode:
Automatic
Power Source:
Electricity
Product Type:
Industrial Equipment
Loading Method:
Pneumatic Or Mechanical
Maintenance:
Regular Maintenance Required For Optimal Performance
Unloading Method:
Gravity Or Pneumatic
Application:
Unloading Raw Materials From Trucks Or Containers
Conveying Distance:
Customizable
Conveying Speed:
Adjustable
Dust Collection System:
Included
Installation Method:
Fixed On Ground
Unloading Mode:
Automatic
Power Supply:
380V/50Hz
Conveying Method:
Pneumatic
Highlight:

Plastic Industry Weighing Dosing System

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Single Layer Design Weighing Dosing System

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Double Layer Design Weighing Dosing System

Product Description
Weighing and Dosing System - Type C
Automatic Minor Ingredient Dosing System
System Overview

This system is designed for precision industrial production, replacing manual operations in the weighing, dosing, and packaging of multiple varieties of minor ingredients in small batches. Its core functionalities include barcode error-proofing, automatic dust removal, customized conveying, and full-process data traceability. It is suitable for applications with stringent requirements for dosing accuracy, production environment, and quality control.

Key Performance Specifications
  1. Weighing Accuracy: The system utilizes independent dosing units, each operating separately. In a standard test environment, after static calibration with weights, the static weighing accuracy of the system can achieve a high standard. The actual dynamic dosing accuracy in production is influenced by multiple factors, including material characteristics (flowability, hygroscopicity, bulk density), environmental conditions, and feeder performance.
  2. Dust Control Effectiveness: The system integrates a mechanical filtration-based dust collection and recovery unit. Its emission concentration depends on the dust characteristics, particle size distribution of the material being processed, and the sealing integrity during operation. This unit is designed to effectively capture and recover airborne dust generated during feeding to improve the workshop environment.
Core Functional Features
  • Barcode/RFID Error-Proof Control: Verifies materials before feeding by scanning barcodes or RFID tags and cross-referencing them with the work order formula.
  • Special Material Handling: Provides customized storage and conveying solutions (e.g., inert gas protection, dehumidified environments) for materials with specific properties such as explosiveness or hygroscopicity.
  • Automated Packaging: Can be integrated with automatic bag placing, weight feedback, sealing, and bag turning functions to form a complete output unit.
  • Process Monitoring & Data Management: The system includes standard features such as out-of-tolerance alerts, recipe management, production data logging, and interfaces for communication with upper-level information systems (e.g., MES).
Typical Applications

This system is suitable for continuous or batch production processes requiring precise dosing of multiple minor ingredients. It is commonly used in industries such as specialty chemicals, high-end coatings, composite materials, and select food additives.

Important Note

The functions and performance specifications described on this page represent standard or optional configurations available with the system. The actual results achieved in specific applications (such as precision levels, dust removal efficiency, productivity gains, and material loss reduction) require comprehensive evaluation and testing based on the user's specific materials, process formulas, plant layout, and operational standards. We recommend detailed process communication and feasibility analysis during the early project stages.

For more detailed technical documentation or to discuss your specific application requirements, please contact us using the information provided on this page. Our engineers will be available to provide further technical clarification.