Specification Brand : Multizenic BulletPoint1 : Measurement: The vernier caliper, with a measuring range of 0-150mm, offers high- measurement for industrial applications, ensuring accuracy and reliability in your work. BulletPoint2 : Stainless Steel Construction: Made from sturdy stainless steel, the caliper is resistant to wear and , ensuring long-lasting performance even in demanding environments. BulletPoint3 : Fine Adjustment Roller Design: Features a fine adjustment roller that supports the thumb for stable and smooth operation, making it easier to achieve precise measurements. BulletPoint4 : Adjustable Tightness: The tightening screw allows you to adjust the tightness of the caliper body, fixing it in place for more accurate and repeatable measurements. BulletPoint5 : Versatile Measuring Tool: Ideal for measuring outer diameter, inner diameter, hole depth, and step size, this vernier caliper is a must-have tool for any professional in the industrial field. Color : 15cm ExternallyAssignedProductIdentifier : 7688800041862 IncludedComponents : No ItemName : Vernier Caliper, Stainless Steel Fine Adjustment Gauge, Waterproof Measuring Tool, 0‑150mm Range, High Measurement for Industrial Use ItemPackageDimensions_Height : 2 centimeters ItemPackageDimensions_Length : 24 centimeters ItemPackageDimensions_Width : 9 centimeters ItemTypeKeyword : vernier-calipers Manufacturer : Multizenic MeasurementAccuracy : 0.1mm ModelNumber : Multizenicn7u6mhk014 NumberOfItems : 1 PartNumber : Multizenicn7u6mhk014 ProductDescription : Item Type: Vernier Caliper Material: Stainless steel Measuring Range: Approx. 0-150mm / 0-5.9in Resolution Value: 0.02mm How to Use: Take the reading of the external measuring surface as an example. First find the 0 scale line of the secondary ruler, read the main ruler scale on the left, find the place where the main ruler and the secondary ruler scale are completely aligned, read the reading of the secondary ruler, and finally follow the precise reading formula Main ruler reading + secondary ruler reading x secondary ruler accuracy = accurate measurement value just read the value.