HomeProductsFood & AgricultureRice Color SorterAPEX Vision CCD Broken Rice Sorting Machine of High-Precision
Front view render of APEX R4 Pro 4-chute high-precision rice color sorter, upgraded CCD optical sorting equipment for standardized medium rice processing plants
Front-side perspective structural drawing of APEX R4 Pro rice color sorter, displaying touch control panel, four-channel sorting bins and complete pneumatic assembly layout
Actual sorting effect comparison chart of APEX R4 Pro rice sorter, showing original mixed raw rice, purified qualified accepted rice and fully separated defective rejected rice
Front view render of APEX R4 Pro 4-chute high-precision rice color sorter, upgraded CCD optical sorting equipment for standardized medium rice processing plants
Front-side perspective structural drawing of APEX R4 Pro rice color sorter, displaying touch control panel, four-channel sorting bins and complete pneumatic assembly layout
Actual sorting effect comparison chart of APEX R4 Pro rice sorter, showing original mixed raw rice, purified qualified accepted rice and fully separated defective rejected rice

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Specs & Features: High-resolution CCD precision sorting system, expandable AI deep learning algorithm module for subtle defect identification

APEX Vision CCD Broken Rice Sorting Machine of High-Precision

R Pro Series High Precision Vertical Rice Color Sorter

Key Advantages

  • Upgraded high-sensitivity customized optical system
  • Anti-shake uniform feeding system to cut valid rice loss
  • Optional AI intelligent algorithm for hidden defect detection
  • Industrial-grade construction for sustained heavy-duty operation

Product Introduction

The R Pro rice sorting machine is a high-precision upgraded model built on the basic R series platform, with comprehensive improvements in optical recognition precision, feeding running stability and overall structural durability. Targeted at medium-sized rice processing plants with stringent product quality requirements, it effectively fixes two major drawbacks of entry-level sorting equipment — missed defective grains and the loss of qualified rice kernels, delivering finer sorting accuracy, steadier running performance and higher finished rice yield during rice purification.

1. Upgraded high-sensitivity customized optical system

Equipped with high-resolution industrial CCD sensors and rice-specific optical path calibration, this model boasts superior color sensitivity and micro-detail recognition capability compared with the base R model. It can completely eliminate regular rice defects such as yellow grains and moldy kernels, while precisely capturing low-contrast flaws including lightly faded rice, immature uneven grains and faintly stained rice particles.

2. Anti-shake uniform feeding system to cut valid rice loss

The optimized anti-vibration feeding mechanism arranges rice grains in neat, steady single-layer falling status under long-term high-speed operation. It greatly lowers sorting deviation and accidental ejection of qualified rice, lifting the finished rice output rate and boosting the overall economic benefits of rice processing production lines.

3. Optional AI intelligent algorithm for hidden defect detection

It supports the installation of an upgraded rice-oriented AI deep learning module as an optional add-on. The intelligent algorithm identifies ultra-fine hidden defects that conventional optical sorting cannot capture, such as mild mold marks, surface oxidative discoloration and residual germ rice, satisfying the production standards of high-end refined rice processing.

4. Industrial-grade construction for sustained heavy-duty operation

Fitted with reinforced mechanical components and an optimized intelligent heat dissipation structure, the R Pro sorter supports round-the-clock heavy-load stable operation. It serves as an ideal precision upgrade solution for medium rice mills that focus on stable sorting quality, low material wastage and premium finished rice grades.

Striking a perfect balance between high-precision fine sorting performance and long-term operational reliability, the R Pro rice color sorter supports flexible AI function customization, fully matching the personalized refined production needs of standardized medium-scale rice milling lines.

APEX Vertical Chute Type Rice Sorting Machine Diagram

Schematic working principle diagram of APEX R Pro high-precision vertical chute rice color sorter, displaying upgraded high-definition CCD camera layout, stabilized light source module, high-response signal processing unit and high-precision solenoid nozzle assembly. The diagram demonstrates the whole free-fall optical inspection, intelligent comparison and targeted ejection workflow for eliminating subtle defective rice grains in medium and high-end rice processing production lines.

Step-by-Step Sorting Workflow:

  1. Unprocessed bulk rice blended with discolored kernels, moldy particles and foreign impurities is delivered into the dustproof sealed feeding hopper with optimized buffering structure.
  2. The upgraded precision vibration distributor carries out layered homogenization on rice materials, enabling each rice grain to fall vertically in an independent single-particle track along the polished anti-adhesion chute without grain stacking or overlapping.
  3. Matched high-resolution industrial CCD image sensors cooperate with constant-temperature stabilized light sources to capture subtle color differences, surface textures and tiny blemish features of every flowing rice grain in real time with higher sampling frequency.
  4. The professional rice-dedicated data processing unit compares the captured multi-dimensional image information with the built-in multi-variety standard rice feature database, precisely locking low-contrast hidden defects as well as obvious deteriorated rice impurities.
  5. Responsive high-speed solenoid jet nozzles instantly launch compressed air pulses to blow out all marked defective rice grains according to real-time analysis signals from the processor.
  6. Fully purified intact qualified rice naturally drops into the finished product collection bin, while all rejected flawed grains are separately collected in the waste material hopper to finish the whole closed-loop high-precision rice sorting procedure.

ModelEjector No.Power(kW)Air Pressure(MPa)Air Consumption(m³/min)Weight(kg)Dimension(mm)
R pro Series192~6401.4~4.80.6-0.8≤2.5~8.0950~2650Customizable
Reference sample comparison chart for R Pro high-definition CCD rice color sorter, showing standard finished rice plus four typical rejectable rice defects: yellow rice, chalky rice, black head rice and broken rice

R Pro Series Identifiable Rice Defects & Qualified Grain Reference Samples

Equipped with upgraded high-definition color CCD sensors and optimized image recognition algorithms, the R Pro rice sorting machine achieves precise identification and ejection against common rice defects.

This sample set displays standard high-quality finished rice together with typical problematic grains including yellow rice, chalky rice, black head contaminated rice and broken rice. The R Pro system distinguishes subtle color differences and surface texture features of these defective grains steadily during continuous production. It effectively purifies rice raw materials, unifies the color and appearance of final rice products, and helps medium-sized standardized rice mills stably raise finished rice grade and market selling price.

Collection of utility model patent certificates for APEX R Pro high-definition CCD rice color sorter, covering structural design, feeding system, optical identification and jet control core technologies

Independent R&D & Authoritative Patent Certifications

All core structural components and sorting technologies adopted by the R Pro rice sorting machine are backed by a complete set of national utility model patents. These patents cover key modules including vertical anti-block feeding mechanism, high-precision CCD optical imaging assembly, stable air nozzle ejection control system and intelligent algorithm operation unit.

Continuous independent research and development optimizes the overall operating stability, sorting accuracy and long service life of the R Pro series equipment. Standardized patented structural design guarantees stable running performance for medium-sized standardized rice milling factories, provides reliable technical quality certification for equipment procurement and factory access inspection, and greatly reduces equipment failure rates in long-term continuous grain sorting production.

FAQS

  • What visual recognition advantages does the high-definition HD CCD configuration of R Pro have compared with the ordinary camera equipped on the entry-level standard R model?

    The HD CCD sensor of the R Pro adopts doubled pixel density together with rice-specific optical path calibration. It can clearly capture micro chalky spots, faint yellow discoloration, subtle surface stains and low-contrast flawed grains that are hard to be identified by the basic CCD matching the standard R machine. This enhanced visual performance delivers more thorough purification treatment for premium polished rice, parboiled rice and high-end edible rice products, effectively lifting the visual cleanliness and overall commodity grade of final rice output for medium-sized rice processing factories.

  • Is remote online troubleshooting and system maintenance available on R Pro without on-site arrival of professional after-sales engineers?

    The R Pro rice color sorter is embedded with a stable 4G wireless communication module as standard configuration. It supports remote online parameter adjustment, real-time running fault diagnosis, remote algorithm iteration and feature optimization by our technical team. Remote technical support greatly shortens equipment downtime caused by minor failures and parameter mismatches, cutting extra service costs and waiting periods for rice mill production lines.

  • Will the upgraded high-definition optical imaging system bring a sharp rise in overall equipment power consumption? What is the actual power fluctuation range?

    Although the high-precision HD optical system has been comprehensively upgraded, the actual power consumption only rises by 8% compared with the standard R model. Meanwhile, the overall sorting efficiency is improved by nearly 30% thanks to faster image sampling and quicker jet response. Calculated by power consumption per ton of qualified finished rice, the unit power cost is significantly reduced, helping rice processors achieve both high sorting precision and energy-saving production operation.

  • Can the R Pro touch control screen intuitively display real-time operational data such as sorting purity rate and qualified rice yield during formal sorting operation?

    The human-machine touch interface of R Pro comes with an integrated automatic production data statistics module by default. It continuously records and displays real-time data including hourly processing throughput, defective grain rejection proportion, real-time finished rice purity index and cumulative qualified grain yield. All production data can be viewed directly on the local touchscreen or exported for production management reports, facilitating digital production management for standardized rice milling workshops.