Sifter Max

Advanced Rice Grading & Separation System
The Sifter Max from MAXTEC is a high-performance grain grading machine designed to classify rice and other grains based on their length and size. Engineered for precision and consistency, the machine effectively separates tips, small broken rice, broken rice, and head rice to ensure superior grain quality and uniform grading.
The machine is equipped with a self-cleaning arrangement that maintains consistent performance during continuous operation. Its advanced aspiration system prevents dust and bran from escaping, ensuring cleaner operation and improved plant sanitation.

Advantages

✔ Precision Grain Grading
Ensures uniform separation and improved rice quality for commercial processing.
✔ Self-Cleaning Mechanism
Maintains continuous and efficient operation with reduced manual cleaning requirements.
✔ Cleaner Working Environment
Aspiration system minimizes dust and bran leakage, improving hygiene and plant sanitation.
✔ Durable & Efficient Design
Robust construction ensures long operational life with minimal maintenance.

Key Features

  • Accurate grading of grains based on length
  • Efficient separation of tips, brokens, and head rice
  • Self-cleaning arrangement for consistent performance
  • Advanced aspiration system for dust control
  • Prevents bran and dust leakage during operation
  • Heavy-duty industrial construction
  • Smooth, reliable, and low-maintenance operation
  • Suitable for continuous commercial processing

Product Specifications

Model Capacity (MT/HR) Power in HP Weight (Kgs)
900 2 2 HP / 960 750
1200 3-4 2 HP / 960 895
1500 6-8 2 HP / 960 1130

Applications

The Sifter Max is ideal for:

  • Rice Mills
  • Grain Processing Plants
  • Rice Grading Units
  • Agro Processing Industries
  • Commercial Rice Milling Facilities

Why Choose MAXTEC?

MAXTEC delivers advanced rice and grain processing machinery designed for superior efficiency, durability, and industrial-grade reliability. Our solutions help industries achieve better grain quality, higher productivity, and cleaner processing operations.

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