Hawit Pulses & Dals Color Sorter

1. What keeps accuracy above 99.9% on every run

A camera that sees what the human eye misses.
The 5400‑pixel Toshiba CCD resolves defects as small as 0.04 mm². Black specks, light‑yellow discoloration, and subtle color shifts that are common in pulses are captured and acted on instantly.

Processors built for pulse‑line speed.
The ARM+FPGA architecture keeps pace with high feed rates. Instead of slowing down when both color and shape algorithms run together, the system processes them in parallel, holding accuracy steady at ≥99.9% even at maximum throughput.

One‑key intelligence that cuts setup time.
Operators input the target color, shape, size, and defect tolerance once. The sorter calculates the optimal scheme independently and applies it across all channels. When switching between, say, Chana Dal and Moong Beans, the transition is near‑instant.

2. Designed to run cool, clean, and cost‑effective

Lighting that adapts, not just illuminates.
The LED system employs stepless digital dimming. As ambient conditions shift or the product mix changes, brightness self‑calibrates. This keeps the image signal clean across thousands of possible color profiles.

A self‑checking routine that saves time.
Cameras, control boards, and background panels are automatically verified at startup. There is no manual checklist to work through — the machine is ready when you are.

Ejectors that prioritize longevity and air savings.
High‑frequency ejectors are rated for billions of cycles, with low air consumption and rapid response. Whether the customer specifies Hawit, SMC, or Matrix, the valve block is factory‑matched to the application.

Independent chute feeding.
Each chute works as a self‑contained sorting lane. This allows operators to group or isolate channels according to the product and contamination level, which helps drive down both the rejection ratio and compressed‑air usage.

Thermal and dust control built in.
An active heat‑dissipation design maintains room‑temperature operation for internal electronics, improving the signal‑to‑noise ratio. Precision dust extraction keeps the optical chamber clean, preserving image clarity over long shifts.

7.Machine Installation