Barley Color Sorter Machine | Intelligent Grain Sorting Solution

Why Choose VSEE

1. Advanced Optical & AI Technology
VSEE color sorter machines use high-resolution CCD cameras and intelligent AI algorithms to detect subtle color differences, defective grains, and foreign materials, ensuring superior sorting accuracy.

2. High Efficiency & Stable Performance
Our machines are designed for high-speed operation with minimal product loss, helping processing plants increase productivity and reduce labor costs.

3. Wide Application Range
VSEE machines are suitable for rice, beans, nuts, quinoa, plastics, dried vegetables, and more, making them versatile solutions for diverse industries.

4. User-Friendly Operation
Equipped with an intuitive touchscreen interface, our machines allow easy control, parameter adjustment, and monitoring, even for operators with minimal technical experience.

5. Reliable Support & Service
VSEE provides global after-sales support, installation guidance, and training to ensure smooth operation and long-term performance.

6. Trusted Global Brand
With years of experience in optical sorting technology, VSEE is recognized worldwide for quality, innovation, and reliability in the food and industrial sorting sectors.

Color Sorting Machine Working Principle

Color sorter is a machine that uses cameras and sensors to detect the color of objects. The objects are then sorted according to their color.

This is done by using a combination of light sources, optical filters, and image processing algorithms.

The light source illuminates the object and the optical filter allows only certain wavelengths of light to pass through.

This filtered light is then detected by an array of cameras which capture images of the object.

These images are then processed by an algorithm which determines the color of the object and sorts it accordingly.

Machine parameters：

Main Features

1. AI Core Decision-Making System

Features a new generation deep learning algorithm with online self-learning and incremental training capabilities. The system automatically adjusts sorting strategies based on subtle changes in material characteristics, becoming more intelligent with use. This significantly reduces reliance on specialized operators and effectively handles complex and variable material scenarios.

2.Precision Positioning Algorithm

Utilizes FPGA hardware-accelerated real-time motion trajectory prediction and delay compensation technology. It performs 3D reconstruction and velocity vector resolution of materials, accurately locking onto the geometric center of impurities. This enables microsecond-level air ejection valve command issuance, achieving "bullseye" removal.

3.PLC Intelligent Control System

Designed with industrial-grade ruggedness, offering exceptional reliability and strong anti-interference capabilities. Its modular architecture allows for seamless integration into automated production lines, ensuring stable 7x24 hour operation and enabling truly unattended intelligent operation.

4.Intelligent Control Interactive Platform

Incorporates the latest TI embedded processor coupled with a 15-inch high-resolution large screen, providing precise control and an ultra-smooth user experience. 

5.Long-Life Ejection Valve System

Based on magnetic levitation technology, it fundamentally eliminates physical collision and mechanical wear of the valve body. Its revolutionary longevity design significantly reduces downtime and maintenance costs associated with valve replacement, providing core assurance for uninterrupted high-efficiency production and optimal comprehensive benefits.

6.Intelligent Lighting System

Combines highly stable constant current drive with full-range stepless dimming technology, achieving seamless and precise control of light intensity. The combined spectral design, integrated with stepless dimming, maximizes the detection of subtle color differences.

7.Intelligent Operation and Maintenance System

Equipped with a high-resolution LED status indicator matrix for real-time display of equipment status and error codes. It integrates secure remote interconnection channels, allowing expert teams to perform remote control, debugging, system diagnostics, and data backup, greatly enhancing maintenance response efficiency and equipment reliability.

8.Waterfall Feeding System

Employs an overall open discharge design, completely replacing traditional narrow, easily clogged chute structures. This design achieves nearly 100% utilization of the material drop channel and incorporates a fluid-optimized angle to fundamentally prevent stacking, bridging, and adhesion of small particles. It provides an extremely uniform and stable material curtain, forming the foundation for the machine's ultra-high throughput.

9.High-Efficiency Dust Removal System

Constructs a fully enclosed negative pressure air duct combined with a modularized dust suction port system, creating precise and effective air containment at key dust generation points.

10.Flexible Protection System

Adopts an integrated, fully enclosed, collision-proof, and non-damaging design. It incorporates multi-stage buffering and soft-contact technology throughout the entire path of material reception, guidance, and discharge. Combined with food-grade polymer materials, it achieves "zero hard contact" between the material and metal components.

FAQ

1.Who are we and why choose us?

We are Anhui Vsee Photoelectric Technology Co., Ltd. Our color sorter brand has a history of more than ten years, the market is all over the world, and the quality and service are guaranteed.

2.How to operate the machine overseas after purchase?