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Mills

Mills

Mills

Pulses

We offer more than just machines — we provide AI-powered technology and best-in-class insights with exceptional precision.


From cleaning and dehusking to sorting and packaging, our end-to-end solutions help you achieve maximum efficiency, consistency, and quality in pulse processing.

The process

The process

  1. Intake and Pre-cleaning

Raw pulses are received and transported using belt conveyors or bucket elevators. Impurities like dust, stones, and metal are removed using pre-cleaners, de-stoners, aspirators, and magnetic separators, ensuring clean raw material for processing.








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  1. Storage

Clean pulses are stored in silos or bins to maintain quality. If moisture levels are high, they are dried using fluidized bed dryers or rotary dryers to ensure proper storage and prevent spoilage.

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  1. Cleaning, Grading and

    Sorting

The pulses are first cleaned to remove dust, light impurities, and broken grains using classifiers and vibrating screens. Next, they are graded based on size and weight using size graders and gravity separators, which help in separating immature or damaged grains. Finally, pulses undergo sorting, where colour sorters use advanced cameras and sensors to remove discoloured or defective grains, ensuring only high-quality pulses proceed to the next stage.

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  1. Dehulling

The outer husk of the pulses is removed using dehullers or impact hullers, which break the seed coat while keeping the kernel intact. The separated husk is then removed using aspirators and vibrating separators, ensuring clean, dehulled pulses ready for further processing.

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  1. Drying and Splitting

After dehulling, pulses are dried using fluidized bed dryers or rotary dryers to reduce moisture and improve milling efficiency. They are then split into halves using roller mills or impact splitters, producing dal (e.g., split lentils or chickpeas) while maintaining uniform size and quality.


Know more

  1. Sorting

Split pulses are sorted to remove defects, broken pieces, and impurities. Gravity separators classify them based on weight, while size graders ensure uniformity






Know more

The process

  1. Intake and Pre-cleaning

Raw pulses are received and transported using belt conveyors or bucket elevators. Impurities like dust, stones, and metal are removed using pre-cleaners, de-stoners, aspirators, and magnetic separators, ensuring clean raw material for processing.








Know more

  1. Storage

Clean pulses are stored in silos or bins to maintain quality. If moisture levels are high, they are dried using fluidized bed dryers or rotary dryers to ensure proper storage and prevent spoilage.

Know more

  1. Cleaning, Grading and

    Sorting

The pulses are first cleaned to remove dust, light impurities, and broken grains using classifiers and vibrating screens. Next, they are graded based on size and weight using size graders and gravity separators, which help in separating immature or damaged grains. Finally, pulses undergo sorting, where colour sorters use advanced cameras and sensors to remove discoloured or defective grains, ensuring only high-quality pulses proceed to the next stage.

Know more

  1. Dehulling

The outer husk of the pulses is removed using dehullers or impact hullers, which break the seed coat while keeping the kernel intact. The separated husk is then removed using aspirators and vibrating separators, ensuring clean, dehulled pulses ready for further processing.

Know more

  1. Drying and Splitting

After dehulling, pulses are dried using fluidized bed dryers or rotary dryers to reduce moisture and improve milling efficiency. They are then split into halves using roller mills or impact splitters, producing dal (e.g., split lentils or chickpeas) while maintaining uniform size and quality.


Know more

  1. Sorting

Split pulses are sorted to remove defects, broken pieces, and impurities. Gravity separators classify them based on weight, while size graders ensure uniformity








Know more

  1. Intake and Pre-cleaning

Raw pulses are received and transported using belt conveyors or bucket elevators. Impurities like dust, stones, and metal are removed using pre-cleaners, de-stoners, aspirators, and magnetic separators, ensuring clean raw material for processing.








Know more

  1. Storage

Clean pulses are stored in silos or bins to maintain quality. If moisture levels are high, they are dried using fluidized bed dryers or rotary dryers to ensure proper storage and prevent spoilage.





Know more

  1. Cleaning, Grading and

    Sorting

The pulses are first cleaned to remove dust, light impurities, and broken grains using classifiers and vibrating screens. Next, they are graded based on size and weight using size graders and gravity separators, which help in separating immature or damaged grains. Finally, pulses undergo sorting, where colour sorters use advanced cameras and sensors to remove discoloured or defective grains, ensuring only high-quality pulses proceed to the next stage.

Know more

  1. Dehulling

The outer husk of the pulses is removed using dehullers or impact hullers, which break the seed coat while keeping the kernel intact. The separated husk is then removed using aspirators and vibrating separators, ensuring clean, dehulled pulses ready for further processing.

Know more

  1. Drying and Splitting

After dehulling, pulses are dried using fluidized bed dryers or rotary dryers to reduce moisture and improve milling efficiency. They are then split into halves using roller mills or impact splitters, producing dal (e.g., split lentils or chickpeas) while maintaining uniform size and quality.


Know more

  1. Sorting

Split pulses are sorted to remove defects, broken pieces, and impurities. Gravity separators classify them based on weight, while size graders ensure uniformity






Know more

The Lambton Advantage

Optimal yield and quality

Whether you're handling lentils, chickpeas, beans, or peas, we design solutions that enhance food safety, maximize yield, and ensure consistent quality.

Our machines are built for reliability, delivering high throughput with minimal product loss.

Real-time precision optimization

Real-time precision
optimization

Our advanced systems help you optimize sorting accuracy, reduce waste, and increase productivity, ensuring consistent output that meets the highest industry standards.

We offer real-time monitoring of pulse quality, moisture content, and impurity levels.

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