Selegere Digital Shipping Scale, Kitchen Scale, Stainless Steel Accurate 10kg/1g Portable Rechargeable Small Postal Scale for Packages, Small Business

Selegere Digital Shipping Scale, Kitchen Scale, Stainless Steel Accurate 10kg/1g Portable Rechargeable Small Postal Scale for Packages, Small Business

Accurate Measurement:The small postal scale can weigh up to 10kg/22lb.It uses 4 high-precision weight sensors,accurate to 1 gram.It offers multiple units of measure(g/kg/lb/oz/ml/milk ml). LCD Display: This scale has a clear and easy-to-read LCD display that shows the data of the item being scaled, it is easy to read in a dark environment. Easy to Tare and Clean:The tare function allows you to zero out the weight of a container or packaging material so you get the net weight of the item.Place an empty container on the scale and press the Z/T (Zero/Tare) button.The scale is equipped with a waterproof panel, smooth and easy to clean, you can easily wipe or rinse any spills and food residues. Portable Design:This small postal scale is designed to be compact and portable, it is easy to take with you to the post office or to use in a home office and kitchen. Auto-off Function: Our scale has an auto-off function that helps to save battery life when the scale is not in use.You can set the auto-off time ('0' '60' '120' '180' minutes ),if you select'0',the auto-off mode is invalid. Digital Shipping Scale,Stainless Steel Accurate 10kg/1g Portable Small Postal Scale for Packages, Small Business, Kitchen Food,Handmade, Liquids, Jewelry, and Boutique(Rose Gold)
Two Energy Supply Options:Not only can you use 2 AAA batteries for power supply, but you can also use the charging cable to charge this electronic scale. It is more environmentally friendly and practical.
Special precautions:
1. It must be operated on the platform and landed at four corners.
2. It is necessary to stay away from computers and mobile phones, and avoid radiation.
3. Use an electronic scale without wind or vibration.
If the above factors exist, it will affect the problem of high-precision electronic scales not being able to return to zero and numbers jumping randomly.