The Taiho Sorter is a high-performance optical sorting machine designed for industries that require precision sorting of grains, seeds, nuts, and other food products. It utilizes cutting-edge CCD camera technology, infrared sensors, and AI algorithms to detect and remove impurities, defective items, and foreign materials, ensuring superior product quality.

Taiho Sorter - Precision Sorting Solutions

One of the most efficient models in the Taiho series is the Taiho Sorter 250, known for its high-speed operation, exceptional accuracy, and user-friendly interface. With customizable settings, it offers flexibility in sorting various materials, from rice and pulses to coffee beans and plastics. Its ability to differentiate based on color, shape, and texture enh

The Buhler SORTEX A Optical Sorter Machine is a state-of-the-art solution designed to enhance rice quality and processing efficiency. As a leading technology from Bühler, this optical sorter is widely used in modern Bühler rice mill operations to the highest standards of purity and consistency.

Equipped with advanced camera technology, the Bühler SORTEX system can detect and remove defective grains, foreign materials, and color variations with unmatched accuracy. This results in a superior end product that meets both domestic and international quality standards.

Buhler Sortex – Advanced Optical Sorting Solutions

For enhanced whiteness and uniformity, rice processors often integrate the Bühler Ultra White Rice Whitener into their mill

How Pulses Color Sortex Machines Work:

Pulses color sortex machines rely on advanced optical sorting technology to examine individual pulses (such as lentils, chickpeas, and beans) as they move along a conveyor belt or chute. The key operational steps are as follows:

1. Feeding: Pulses are uniformly fed onto a conveyor belt, forming a continuous stream of agricultural products.

2. Scanning: High-resolution cameras and sensors capture real-time images of each pulse as it passes through a designated scanning area.

3. Color Recognition: The captured images are processed by specialized software equipped with color recognition algorithms. This software distinguishes between various colors and shades of pulses.

4. Sorting Decision: Based on pre-defined sorting criteria and quality standards set by the operator, the software makes rapid assessments