YUASDUU Triple Beam Scale 2610g x 0.1g, Lab Scale Mechanical Balance Mechanical Lab Scale with Stainless Steel Platform Precision Measuring Beam Scale for Industrial Agriculture Weighing Classroom

YUASDUU Triple Beam Scale 2610g x 0.1g, Lab Scale Mechanical Balance Mechanical Lab Scale with Stainless Steel Platform Precision Measuring Beam Scale for Industrial Agriculture Weighing Classroom

• 【Durable】This lab scale is made of stainless steel, aluminum alloy, zinc alloy, and plastic, ensuring stable and durable performance and a long service life. Its compact size (18 x 6.7 x 7 inches) doesn't take up much space. It can be easily placed on a teacher's desk, in the kitchen, or anywhere else, making it easy to move and carry.
• 【Practical Weighing Tool】This triple beam scale comes with two 1 kg weights and one 500 g weight. It can also be attached to two additional weights simultaneously, extending the weighing range from 610 g to 2610 g. This makes it highly effective for measuring weights in laboratories, classrooms, universities, and for cooking in the kitchen.
• 【Easy to Use】This balance scale for classroom operates without batteries or other power sources, ensuring convenient and accurate operation. Clearly marked weighing ranges on the base provide peace of mind. The 6-inch diameter weighing tray makes it easy to place items and weigh with ease.
• 【Precise Measurement】This triple beam balance scale zero adjustment knob resets the scale to zero before measurement, effectively reducing the impact of system errors. Its 0.1 g accuracy ensures precise measurements. Its built-in magnetic damping device shortens the rider's stabilization time, resulting in quick and accurate weighing results, saving you time.
• 【Design Details】The recessed base of this balancing scale accommodates three weights, saving space and eliminating the worry of misplacing them after use. The numbers on the reading rod are easy to read and durable, making operation more convenient. The threaded zero adjustment knob ensures a stable finger position during zero adjustment, preventing slippage.