ATOM DM3 Digital Pocket Weighing Scale with 1000gmx0.01g Capacity High Precision Mini Weight Machine For Jewellery, Precious Gems with Tare & Counting Function. A 100 Series
Price may vary by location, shipping cost, and availability.
You can check the price history of ATOM DM3 Digital Pocket Weighing Scale with 1000gmx0.01g Capacity High Precision Mini Weight Machine For Jewellery, Precious Gems with Tare & Counting Function. A 100 Series here.
Product Information
Details
Product Name
ATOM DM3 Digital Pocket Weighing Scale with 1000gmx0.01g Capacity High Precision Mini Weight Machine For Jewellery, Precious Gems with Tare & Counting Function. A 100 Series
Store Product Code
B0GPY2L9WV
Store Name
amazon.in
Brand
ATOM
Rating
7.6 / 10
Category
Digital Scales
Product Manufacturer
Selves Enterprise, sikka Nagar, Mumbai 400004, India, Zhejiang JunkaishunIndustrial & Trade Co ltd, xizou Road,Zhejiang, 321300 CHINA
Model Number
DM3 1kg
Country of Origin
India
Features
Accuracy & Precision: Atom DM-3 1000gm x 0.01gm Digital Jewellery weighing scale can measure accurately up-to the precision of 10 milligram. The Scale can measure weight up-to 1000gms.
Measuring Units: This scale has a variety of measuring unit such as Grams (g), Ounce (oz), Carat (ct), Tola (tl), Pound (lb) & Kilogram (Kg).
Tare Function: This tare function is used to tare the weight of measuring container and give us the actual weight of the product.
Battery Power: This device is powered by 2 x AA Batteries. And it can also be powered using an Ac Adapter which is optional.
Auto Off Function: To conserve battery life, the scale may feature an auto-off function that automatically shuts off the device after a period of
Images
×
Rating and Reviews
7.6Based on 182 reviews
ATOM DM3 Digital Pocket Weighing Scale with has 7.6 rating out of 10. This average rating is consist of 182 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.