Metal Detector Machine for Frozen Food Biscuit Cookies Bakery Industry
The metal detector machine is used to detect metal and metal particles in the frozen food. It can be used to detect stainless steel, pipeline metal, and other types of metal contamination in food products. The machine has a wide range of detection, from 0-5 microns, up to 20 microns. It can also detect free fall at 10mm/sec. With advanced technology and the latest technology, it is easy to use.
Features:
1) Wide detection range;
2) Free fall detection;
3) Stainless steel detection;
4) Advanced technology and the latest technology;Product advantages: Product advantages: Mechanism exported from Germany, Dual-channel metal detection system. Coil with a rectangular aperture (no points). Control system: ADLINE microprocessor controller. Combined with two-way signal detection circuit technology, liquid crystal display operations in English and visualization. Has the adjustment function of products effect, such as moist products, products including sugar or salt, they all can make the machine has the signal of metal, which is actually has no metal, so it gets wrong information from the products and affect the detection result. So use this machine with this function can reduce the products' effect to get better detection result. With memory and learning function, can store 12 kinds of product testing parameters, detecting a wide range of materials. Completed by the digital signal processing circuit can detect all metal objects, adjusting the simple, stable and reliable. The combination of DSP and microcontroller data items on the test sample and treatment to improve detection. Special transport mechanism designed the maxi-Mize sensitivity of metal detectors. Flexible modular design can be customized according to different requirements. stainless steel 304 with open transport system. Easy to clean . Meet the requirements of IFS and HACCP certification. There are a variety of options excluded institutions depending on the application. With superior shock interference.