It's only half the size of an office desk, yet it can turn a 0.02 g particle size difference into a clear banding pattern in 15 minutes; It weighs just 16 kg, allowing a single person to carry it into an exploration tent, yet it boasts three-dimensional control of slope, speed, and stroke fully equivalent to industrial shakers; It consumes 120 W of power, even less than a laptop, yet it can reduce the error in precious metal recovery to 1.5%, enabling lab data to directly align with on-site production; It operates at 55 dB, so quiet that even the office next door can't hear it at night, yet it accurately "captures" gold and platinum in the extreme fine particle range of 0.038 mm; It outputs a three-dimensional curve of stroke-slope-concentration with a single USB click, making every experiment traceable, reproducible, and eligible for inclusion in SCI appendices; It features a splash-proof magnetic feed trough that can be disassembled and cleaned in 30 seconds, eliminating cross-contamination. After processing rare earths, you can immediately switch to lithium ore without waiting; It comes standard with four replaceable groove stripe beds for coarse sand, fine sand, sludge, and flotation concentrate, saving the budget for three dedicated devices; It has been in service at 28 mining universities and colleges, 6 provincial mining and metallurgy academies, and 3 overseas exploration companies in China, with the longest continuous operation of 18 months without any faults; Now, it's right in front of you - the small mining test shaker, maximizing the value of every gram of sample and reducing detours in every exploration journey. Bring the mine into the laboratory and grasp the future in your hands. Book a site trial now to experience "kilogram-level confidence with gram-level samples".