Mechanical Weight Scale, Scales for Body Weight, No Batteries, Home, School, Hospital, Gym, Beauty Salon Bathroom, Weigh Up to 136Kg(Black) (Black)

▼Mechanical weight scale are also called spring scales. Through a mechanical linkage mechanism, the force on load plate is transmitted to torque conversion mechanism inside scale, and converted into torque. The counter-torque device will balance generated by after rotates certain angle, at same time drive instrument panel pointer rotate indicate value. Therefore, scales for body does not require electricity can be used all time. ▼Features: 1. Mechanical structure, no required. 2. dial adjusted return zero. ▼Product parameters: Name: scale Material: Steel Maximum weighing: 136kg Product size: 28.3cmx29.2cmx5.1cm ▼Notes: 1. Please use adjustment knob manually adjust zero before weighing ensure accuracy. 2. Keep upright during do move result displayed screen.

• ?【Material】: The chassis of the mechanical weight scale is made of cold-rolled steel, and the thickened base does not deform, protecting the internal parts from damage and increasing the service life.
• ?【Mechanical weighing】: This mechanical scales for body weight uses an oversized, easy-to-read manual dial, and can weigh up to 136 kg.
• ?【Easy to read】: The dial weighing scale uses a clear mechanical weight scale with black numbers and red pointers on a white background. The enlarged display design makes it clearer to read the weight value and can be used quickly.
• ?【Rounded corner design】: The four corners of the scale pan are rounded, which is intimate and comfortable to the touch. The 4 non-slip foot pads at the bottom are stable and prevent rollover. Let you feel safer and more assured when using it, and it is not easy to tip over.
• ?【Anti-slip panel】: The panel adopts a thickened non-slip plastic design, so that the glass scale will not shatter when it falls, which will affect your safety. The plastic panel is resistant to falling, and your feet will not be frozen in winter, and it is not easy to leave footprints of measurement.