A new intelligent equipment of Fstsort AI potato sorting machine, leveraging advanced AI vision detection technology, near-infrared spectroscopy, and big data recognition systems, is set to revolutionize the post-harvest handling of potatoes.

The system achieves efficient and precise sorting by automatically removing impurities like clay and stones, as well as identifying and eliminating defective products including those with green heads, rot, deformities, mechanical damage, and non-standard sizes. Designed for versatility, it is suitable for multiple operational scenarios—from initial field sorting and warehouse quality control to pre-processing lines in packing houses and processing plants—significantly enhancing both efficiency and end-product quality.

At the heart of the system are its core features: AI Intelligent Sorting and Multi-Dimensional Defect Removal. Utilizing advanced deep learning algorithms, the technology accurately recognizes material shape, color, and defects, and supports dual detection modes for both unwashed and washed products. Furthermore, it is capable of eliminating various impurities such as clay and stones, removing surface defects including green heads, rot, deformities, and mechanical damage, while also performing automatic size grading based on length and diameter.

The system offers five key advantages: high efficiency and stability with a capacity of up to 40 tons per hour and 24/7 continuous operation; precision and reliability through multi-spectral fusion technology for comprehensive defect recognition; ease of operation featuring one-button start/stop via a touchscreen and visual parameter adjustment; easy maintenance thanks to a modular design enabling quick disassembly and replacement of components; and global after-sales support backed by a worldwide service network with 24-hour response. It is ideally suited for primary sorting right after field harvesting, quality control in warehouse sorting, and pre-processing in plants and packing houses.
This innovation promises to drive the automation and intelligent transformation of agricultural sorting, providing robust technical support for upgraded quality control in the root crop industry.