Nut and Snack Bulk Metal Detector Applicable Industries:

Suitable for various industries and fields such as food, pharmaceuticals, chemicals, textiles and apparel, toys, etc. Particularly applicable to industries including biscuits, sauces, sausages, dumplings, ham, soup bases, sugar products, pickled foods, fresh meat, frozen foods, salted foods, fast food, baked goods, and other industries with extremely high requirements for detection sensitivity, anti-interference capability, and waterproofing. It can be used to detect various metals such as broken needles, iron wires, or lead, copper, aluminum, tin, stainless steel, etc., mixed or lost in food, raw materials, or products.

Nut and Snack Bulk Metal Detector Features:

1. 1. Utilizes digital DSP technology and intelligent algorithms with a balanced principle, making the machine more stable and reliable.

   2. Phase adjustment technology effectively suppresses product effects.

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

2. 4. Dynamic learning function reduces operational difficulty and automatically obtains precise parameters corresponding to the product.

   5. LCD display panel with Chinese and English operation modes, providing a user-friendly interface.

   6. Entire machine made of 304 stainless steel, suitable for various customer usage environments.

   7. Detachable conveyor structure prevents belt deviation and facilitates user cleaning.

   8. Multiple rejection methods available to ensure accurate removal of defective products and reduce material waste.

3. 9. Customizable dimensions based on customer requirements, compatible with packaging machines.

Principle of Metal Detectors:

Uses coils with alternating current to generate a rapidly changing magnetic field. This magnetic field can induce eddy currents inside metal objects. The eddy currents, in turn, produce a magnetic field that affects the original magnetic field, triggering the detector to emit an alarm. The accuracy and reliability of metal detectors depend on the stability of the electromagnetic frequency, typically operating within a range of 80 to 800 kHz. Lower operating frequencies provide better detection performance for iron, while higher frequencies offer better detection for high-carbon steel. The detector's sensitivity decreases as the detection range increases, and the strength of the induced signal depends on the size and conductivity of the metal particles.