Raw Material Formulation Machine

A high-precision raw material formulation machine engineered for automated weighing, batching, and mixing of powders, granules, and micro-additives. Designed for plastics compounding, PVC extrusion, masterbatch, rubber, coatings, and chemical processing, it delivers consistent recipes, traceable production, and lower total cost per ton.

Raw Material Formulation Machine

Key Features of the Raw Material Formulation Machine

High-Accuracy Weighing and Consistent Batching

  • Gravimetric batching with high-resolution load cells ensures repeatable accuracy down to sub-gram levels for critical additives.
  • Servo-driven micro screw and vibratory feeders stabilize flow for cohesive and low bulk density materials.
  • Adaptive control algorithms with auto-tare and overshoot suppression improve yield and reduce additive waste.

Broad Material Compatibility and Clean Handling

  • Handles PVC stabilizers, lubricants, CaCO3, TiO2, flame retardants, impact modifiers, colorants, carbon black, and moisture-sensitive resins.
  • Anti-bridging hoppers, agitation, and fluidizing pads prevent rat-holing and segregation during dosing.
  • Enclosed transfer with dust extraction ports keeps the environment clean and avoids cross-contamination.

Smart Controls, Recipe Management, and Traceability

  • PLC + HMI with multilingual UI, recipe library, digitized SOPs, alarms, and user permissions.
  • MES/ERP connectivity via OPC UA/Modbus TCP enables end-to-end batch traceability and electronic batch records.
  • Barcode/QR ingredient verification and batch report export (CSV/PDF) minimize human error and speed audits.

Efficient, Modular, and Low-Maintenance Design

  • Tool-free quick-release feeder screws and tubes for rapid color grade changeover.
  • Stainless-steel contact parts (304/316L) with smooth welds for easy cleaning and hygiene.
  • Predictive maintenance, drift diagnostics, and auto-calibration routines maximize uptime and reduce service cost.

Applications and Industries

Plastics, PVC, and Masterbatch

  • Precise micro-additive dosing for rigid/flexible PVC, profiles, pipes, SPC substrates, sheets, masterbatch concentrates, and WPC modifiers.
  • Compatible with conical twin-screw and single-screw extrusion lines, injection molding, and compounding extruders.

Building and Construction

  • Accurate formulation for PVC panels, window profiles, cable ducts, pipe fittings, roofing membranes, and decorative boards.

Furniture and Interior

  • Stable color and gloss management for furniture panels, edge banding, decorative films, and laminates.

Automotive and Electronics

  • Controlled addition of flame retardants, UV stabilizers, antistatics, and impact modifiers for interior trims, housings, and connectors.

Rubber, Coatings, and Chemicals

  • Micro-ingredient formulation for rubber compounding, ink and coating additives, catalysts, adhesives, and lab-to-pilot lines.

Technical Specifications

Performance and Capacity

  • Dosing accuracy: typically ±0.2–0.5 g per component (material dependent).
  • Feeder throughput: approximately 0.05–30 kg/h per micro-feeder; system throughput up to 100–800 kg/h depending on configuration.
  • Modes: batch weighing, continuous gravimetric loss-in-weight, and hybrid recipes for multi-component lines.

Mechanical and Configuration

  • Feeder types: micro screw, twin micro screw, and vibratory tray; interchangeable screws for different flow behaviors.
  • Hopper volumes: 5–80 L with level sensors; anti-bridging devices and dehumidified hopper options.
  • Construction: 304/316L stainless-steel contact parts; food/pharma-grade seals; viewing windows and LED bin indicators.

Controls, Connectivity, and Safety

  • PLC/HMI with audit trail, recipe versioning, and real-time KPIs (accuracy, OEE, batch cycle time).
  • Connectivity: Ethernet, OPC UA, Modbus TCP; printer/label export; API hooks for MES/ERP and LIMS.
  • Safety: interlocked doors, overload protection, dust collection interface, ATEX options for explosive dust environments.

Energy and Utilities

  • Power: 1.5–8 kW depending on number of stations, agitators, and conveying.
  • Compressed air: 0.4–0.6 MPa for pneumatic gates, purging, and fluidization.
  • Energy-saving standby and smart wake-up to lower idle consumption and peak load.

Note: Specifications vary with material characteristics, number of feeders, and target throughput. Custom multi-station configurations and scale-up paths are available.


Customer Case


User Recognition and Market Performance

Customer Feedback

  • Manufacturers report 30–50% reduction in batch variability and 8–12% additive savings due to precise micro-dosing.
  • Operators highlight the intuitive HMI, quick changeovers, and clean, dust-free operation.
  • Quality teams value complete traceability, faster audits, and compliance with ISO/GMP documentation.

Representative Case Studies

  • PVC profile plant: reduced start-up scrap by 18% and stabilized color ΔE by 40% using barcode-verified recipes and gravimetric dosing.
  • Masterbatch producer: cut off-spec lots by 25% after implementing electronic batch records and ingredient verification.
  • Automotive supplier: achieved consistent FR performance and antistatic properties across three shifts with sub-gram control.

Market Competitiveness

  • Strong ROI via lower additive waste, fewer quality claims, higher OEE, and quicker product changeovers.
  • Modular expansion and Industry 4.0 connectivity future-proof the investment and support data-driven optimization.

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