This machine utilizes the metal signal generated when metal enters the sensor's magnetic field, processes it through electronic technology, and drives the actuator to operate, thereby eliminating harmful metals. The results of new metal detection technology show that when metal passes through the sensor's electromagnetic field, it not only causes changes in the amplitude of the electromagnetic field but also induces phase shifts. Moreover, different metal properties (magnetic, non-magnetic) result in varying changes in electromagnetic amplitude and phase. All previous models of metal detectors...

Primarily used to detect broken needles, iron wires, and iron shavings mixed in or fallen into food, raw materials, or products.

Conveyor-Type Food Metal Detector Applicable Industries:

Used for detecting small individual products in industries such as food, pharmaceuticals, toys, apparel, footwear, chemicals, leather, and knitwear. Common metals like iron, copper, aluminum, and stainless steel can be detected.

Conveyor-Type Food Metal Detector Features:

1. Utilizes digital DSP technology and intelligent algorithms with an automatic balancing principle, ensuring greater stability and reliability.

2. Phase adjustment technology effectively suppresses product effects.

3. Parameter memory function allows storage of up to 99 product settings, meeting diverse customer needs.

4. Automatic learning function reduces operational difficulty by automatically obtaining precise parameters for specific products.

5. Manual setting function enables fine-tuning of sensitivity parameters to meet the varying needs of frontline operators.

6. LCD display panel with bilingual (Chinese/English) operation, providing a user-friendly interface.

7. Constructed entirely from 304 stainless steel, suitable for various operational environments.

8. Detachable conveyor structure prevents belt misalignment and facilitates cleaning.

9. Multiple rejection methods available to ensure accurate removal of defective products and minimize material waste.