China-Ty-20-Mj-Hand-Held-Garment-Clothes-Broken-Needle-Detection-Metal-Detector-Distributor-Price-Document-Scanning-Small-Pins-Stamp-Detector

**Application Areas:** The TY-20MJ Handheld Broken Needle Detector is widely used for identifying broken needles, razor blades, and metal fragments, including ferromagnetic materials. It is particularly effective in detecting small metal impurities in delicate items such as clothing, plush toys, ties, towels, scarves, socks, zippers, medicines, and food products. This device ensures a safer and higher-quality end product by eliminating potential hazards that could harm consumers. **Product Description:** The TY-20MJ is a portable needle detector designed for convenience and efficiency. Its compact size allows it to be easily carried and used on the go. The device operates based on magnetic induction technology, enabling it to accurately locate broken needles or iron particles. It is especially suitable for inspecting thin and small goods, where traditional detection methods may not be as effective. After initial screening with a larger standing needle detector, this handheld unit can pinpoint the exact location of any foreign metal object, reducing the risk of damage and improving overall product quality. **Technical Specifications:** - **Detection Method:** Magnetic Induction - **Detection Sensitivity:** 1.0 - **Detection Area:** 65 x 40 mm - **Alarm Method:** Buzzer and Lamp - **Power Source:** AD9V - **Dimensions:** 145 mm (L) x 60 mm (W) x 45 mm (H) - **Weight:** 280 g This reliable and user-friendly device is ideal for use in manufacturing, quality control, and retail environments where safety and precision are essential. Whether you're checking garments, toys, or food packaging, the TY-20MJ offers an efficient solution to ensure consumer safety and product integrity.

Electric Fat Tire Bike

Electric Fat Tire Bike,Fat Tire Electric Bike,Fat Tire Electric Mountain Bike,Electric Mountain Bikes Mid Motor

FOSHAN GUANSEN BICYCLE TECHNOLOGY CO.,LTD. , https://www.hedatx.com