In the modern fruit processing industry, apple grading is a crucial step in fruit sales and export. Apple grading can enhance the market value of apples. The Gelgoog apple sorting machine can grade apples based on weight, size, and internal quality. This multi-dimensional and precise grading meets the demands of the high-end market.
The core features of the Apple AI Sorting Machine are:
- Appearance Grading: The apple color sorter machine grades apples based on their redness ratio, meeting market requirements for color. It also detects blemishes such as wormholes and damage on the apple skin.
- Weight Grading: The optical sorting machine has a weighing sensor at the bottom of the fruit tray. It measures the weight of the apples, ensuring consistent quality within the same grade (error ±2g).
- Internal Quality: The optical sorting machine is equipped with an infrared detector. It detects the internal quality of the apples based on reflected light, such as sweetness, ripeness, and presence of rot.
- AI Learning: The apple grading machine can perform intelligent data analysis and learning. The apple sorting machine records all apple data and grading results; the more data accumulated, the more accurate the grading.
- Automation: The Apple AI grading sorting machine is equipped with a PLC intelligent control system. Sorting speed and grading standards can be freely set. The entire line requires only 1-2 people to operate.
Apple Ai Sorting Machine Advantages
- High Capacity: The Apple Optical Sorting Machine can process 1-10 tons of apples per hour. It can meet 24/7 continuous production requirements. Suitable for large-scale fruit and vegetable processing plants and exporters.
- High Quality: Apple Color Sorting Machines sort apples with uniform size, color, and taste. It can meet the demands of the high-end market.
- Modular Design: The Apple Color Sorting Machine can be combined with multiple standalone machines to form a deep-processing production line. Apples unsuitable for retail can be directly processed, such as in a dried apple chips production line.
- Reduced Costs: The Apple Sorting Machine operates fully automatically and is easy to use. It can significantly reduce labor costs for businesses.
- Multi-functional: The Apple AI Grading Machine can also be used to grade pineapples, pears, citrus fruits, avocados, and other fruits. High equipment utilization and high return on investment.
Will the apple sorting machine cause mechanical damage to the apples?
No. Our Apple AI grading machine is fully customizable. The material of the fruit tray and the mesh belt can be customized according to customer requirements.
Furthermore, the Apple sorting machine uses a flexible conveyor structure and cushioning design. This reduces collisions between apples during conveying and grading. Thus protecting the fruit's skin and maintaining its excellent appearance.
Can an apple grading machine form a complete fruit processing production line?
Yes. An apple grading machine can be combined with the following equipment to form a complete fruit processing production line: fruit washing machine, brush washing machine, waxing machine, air dryer, and automatic packaging equipment.
This integrated production line achieves unified processing of washing, grading, and packaging.
Is the apple grading machine easy to clean and maintain?
Yes. The Gelgoog apple grading machine features a food-grade 304 stainless steel construction and a modular design. Key components can be quickly disassembled. Routine cleaning and maintenance are simple and meet the hygiene requirements of the food processing industry.
Technical Data
|
Project |
Parameter |
Remark |
|
Voltage |
220V / 380V |
Customizable |
|
Power |
2-6KW |
Variable frequency motor |
|
Power supply |
380V/50Hz/Three-phase. |
Customization available upon request. |
|
Capacity |
1 - 10 T/H |
It depends on the fruit diameter and grade. |
|
Sorting grade |
Levels 4-10 |
Customizable |
|
Sorting accuracy |
Weight error ≤ ±2g |
Dual sensor protection |
|
Size |
The length is adjustable according to the number of hierarchical channels. |
|
