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P02S


Product size: 400x285x76.5mm
(1)4 High precision strain gauge sensors
(2)ABS plastic
(3)LCD display: 79.6x21mm
(4)Capacity:40g-30kg d=2g
(5)Automatic on/off
(6)Low battery/over load indication
(7)Unit:G/KG/LB/ST:LB
(8)Power:3x1.5V batteries

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B06 Pet Scale


Product size:700x319x42.5 mm
(1)High precision strain gauge sensor
(2)Full ABS
(3) LCD Display
(4)Capacity: 30kg d=2g
(5)Automatic on/off Unit:kg / lb / lb:st
(6)Low battery/over load indication
(7)Power:3x1.5V AAA batteries
(8) Unit:kg / lb / lb:st

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B06 PRO


Product with tray size :635*307.5*55mm
Product size: 300*300*25mm
(1)4 High precision strain gauge sensors
(2)ABS plastic
(3)LCD display: 73*28mm
(4)Capacity:50g-50kg d=10g,50~150kg d=50g ,150kg~180kg d=100g
(5)Automatic on/off
(6)Low battery/over load indication
(7)Unit:kg,lb,st:lb
(8)Power:3*1.5V AAA battery

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B03S


Tare Function
Separate body design
for mothers and babies
Groove design
More comfortable
Locking functiane
reading weight easily

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Troubleshooting and Maintenance Skills for Common Electronic Scale Failures to Extend Service Life


During the use of electronic scales, failures such as no response when turned on, inaccurate data, and screen flickering are prone to occur. Most problems can be solved through simple troubleshooting: 1. No response when turned on: First check if the battery is dead (try replacing with a new battery) and if the battery compartment has poor contact (clean the battery contacts and adjust the battery position); for plug-in electronic scales, check if the power cord is damaged and if the socket is powered on.

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Usage Specifications of Electronic Scales in Special Scenarios, Special Requirements for Medical, Logistics and Other Fields


Different scenarios have special requirements for the accuracy, functions, and compliance of electronic scales. Improper use may lead to invalid data or even violations: 1. Medical scenarios: Medical electronic scales used in hospitals and physical examination centers must comply with the "Verification Regulation of Medical Electronic Scales," with an accuracy of ±0.05kg and a range of 0-200kg, and must have calibration traceability functions; electronic scales used for monitoring dialysis patients and diabetic patients need to support data storage and export to facilitate doctors' analysis of weight changes; baby scales must be equipped with anti-fall guardrails and soft scale surfaces to avoid harming babies.

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Analysis of Factors Affecting Electronic Scale Accuracy, Don't Ignore These Details


Many users find that the measurement results of electronic scales fluctuate, which is actually affected by various environmental and usage habits. The main factors include: 1. Placement position: Electronic scales should be placed on a hard and horizontal surface.

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Smart Electronic Scale Market Grows by 25% Annually, Health Monitoring Becomes Core Competitiveness


In recent years, with the popularization of health awareness, smart electronic scales have gradually replaced traditional mechanical scales as the mainstream household choice. According to data from market research institutions, the global smart electronic scale market size increased from 8.9 billion US dollars to 11.2 billion US dollars between 2023 and 2024, with an annual growth rate of 25.8%, and China's market contribution rate exceeded 40%. Breaking through the single weighing function, these products integrate more than 10 health indicator detections such as body fat rate, muscle mass, and bone density.

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SAMR Strengthens Metrological Supervision of Electronic Scales, Commercial Fraud to Face Severe Penalties


In May 2024, the State Administration for Market Regulation (SAMR) issued the "New Regulations on the Supervision and Administration of Measuring Instruments," introducing special governance measures targeting the fraud of commercial electronic scales

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Breakthrough in MEMS Sensor Technology, Electronic Scale Accuracy Achieves "Gram-level" Leap


In March 2024, a domestic sensor enterprise launched a new generation of MEMS (Micro-Electro-Mechanical Systems) weighing sensors, improving the accuracy of electronic scales from the traditional ±0.1kg to ±0.1g, achieving a "gram-level" measurement breakthrough.

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