HARDELL Digital Caliper 0-8" Stainless Steel, Inch/Fractions/mm | Large LCD Screen, Auto-Off, Digital Micrometer for DIY, Household, 3D Printing

I. Product Specifications Measuring Range: 8 inches (0-200mm) Material: stainless steel Accuracy: ±0.001"/0.03mm Resolution: 0.0005"/0.01mm Battery: 2*LR44 battery Included Components:Digital caliper*1,LR44 battery*2 , Ruler*1,user manual*1,Box*1 [HIGH ACCURACY]-HARDELL digital micrometer has a measuring range of 0-200 mm/0-8 ". Resolution is 0.01 mm/0.0005". Accuracy is ±0.02 mm/0.001 ". The knurled thumb wheel design ensures smooth measuring operation. This design prevents slipping or getting stuck. Precision and accurate digital vernier calipers are suitable for DIY, household, and 3D printing [LARGE LCD SCREEN]-The 8-inch digital caliper is equipped with a large, easy-to-read LCD display. The large LCD screen helps people get precise results quickly and easily. Even older people can read it easily. It is also easy to use and read even in bright sunlight. The vernier caliper automatically turns off after 5 minutes of non-use to save power [3 TYPES OF UNIT CONVERSION]-User can switch 3 units with the calipers measuring tool: inch, fractions, and millimeters. No additional tools required, significantly saving you time. Press the on/off button and slide the digital caliper to any position to read the value on the screen [MULTIPLE MESSUREMENT METHODS]-The caliper tool allows people to complete measurements in four situations: inside diameter, outside diameter, depth measurement, and step measurement. Four measurement modes can meet different needs in daily work. You can press the zero button to reset to zero. It is suitable for differential measurement [STAINLESS STEEL MATERIAL]-The digital measuring tool is made of high-quality stainless steel. This material is strong, waterproof, and wear-resistant. It is durable compared to plastic digital calipers. The caliper measurement tool comes with a pressure-resistant, shock-resistant, and drop-proof case for easy storage and portability