Bida AI Corn Color Sorting Machine
Recently, the purchase price of corn has continued to rise, and the cost of raw materials is rapidly increasing. For corn processing enterprises, every grain of corn contains higher value. The traditional sorting method is inefficient and has a high loss rate, reducing the profit margin of the factory. It’s time for a technological upgrade! Bida AI corn color sorter is designed to improve quality and increase efficiency, helping you gain an advantage in price competition.
How can we increase your sorting output by more than 30%?
Challenge: Manual sorting or color selection with old equipment, resulting in high output ratio. High quality corn kernels and low-quality corn kernels are wasted together, which is equivalent to directly wasting money during high price periods.
Solution: Adopting ultra high precision AI visual recognition to accurately locate mold, shrinkage, and impurity particles, reducing the carryover ratio to the lowest level. Ensure the removal of defective products, preserve high-quality corn kernels to the maximum extent possible, and improve effective yield.
How to quickly sort and seize the market?
Challenge: During the period of price fluctuations, market opportunities are fleeting. Low sorting efficiency leads to delivery delays and may miss the best sales opportunity.
Solution: Equipped with ultra high speed processing chips and parallel computing technology, the processing speed can reach more than three times that of traditional devices. Realize 24-hour uninterrupted efficient sorting, quickly convert high-quality corn into commodities, and seize price advantages.
How to achieve better intelligent optimization and reduce overall costs?
Challenge: Rising electricity prices and labor costs further squeeze profits.
Solution: Save labor, one click operation, no need for complex training. One person can manage multiple production lines, significantly reducing labor and costs. Save electricity costs by adopting advanced energy-saving technologies and intelligent start stop systems, reducing energy consumption per unit capacity by over 40%.
