Post RFQ
Adopts IP67 waterproof and dustproof design, which can work continuously for 30 minutes under 1 meter of water, adapting to wet sample detection of beach salvage and on-site quality inspection of water jewelry operations. The body adopts anti-slip and shock-proof rubber shell, which can withstand 1.5m height drop, adapting to complex outdoor operating environments. It is equipped with a 1.8-inch OLED high-definition display that can clearly display detection data in strong light, adapting to the use needs of outdoor strong light environments. It is built-in with a 4000mAh large-capacity lithium battery supporting 10 hours of continuous battery life, adapting to long-term outdoor operations. It adopts fast-response resistance detection principle, with only 2-4 seconds of single detection, improving operation efficiency. It supports one-key switch and automatic calibration, reducing manual operation steps and improving detection accuracy.

The overall size is 110mm × 55mm × 25mm with a net weight of 250g. The detection accuracy is ±0.03% for gold karat detection, covering 8K-24K gold, pure silver, platinum, palladium and brass alloy. The power supply supports Type-C fast charging with a charging time of about 1.5 hours. It has IP67 waterproof and dustproof rating, which can work normally in rainy, beach and other humid environments. The detection sample range covers 0.05g to 500g, adapting to the detection of small jewelry and salvaged precious metal fragments. It has passed CE and FCC certifications, meeting global market safety standards. It is equipped with a lanyard hole design, which can be easily hung on work belts or backpacks for convenient carrying.

It is suitable for on-site detection of beach precious metal salvage, goods quality inspection of water jewelry operations, temporary sample inspection at outdoor exhibitions, precious metal recycling operations in humid environments and other scenarios. It can help users complete detection quickly in complex outdoor environments without being affected by environmental factors, while improving operation efficiency and safety.