Industrial Quality Digital Caliper - Precision Electronic Vernier Measuring Tool for Jewelry (Inch/Millimeter, IP54 Waterproof)

About this item

• LONGER USEFUL LIFE: The housing is composed of zinc alloy and the ruler of the caliper is made of first-class thickened stainless steel,Fine polished stainless steel and new groove processing on the depthometer provide a more attractive, smoother slide and reliable results.all metal construction ensures the longer spanlife of caliper
• INDUSTRIAL GRADE: Different from most calipers using copper measuring sensors, our digital caliper adopts glass material sensor, which effectively prevents the accuracy of caliper effecting by temperature, humidity, magnetism, etc and greatly ensures the stability of measurement. You can easily minimize errors, save delays, and make high-precision measurements using our caliper measuring tool
• DIVERSE USES: Designed for a wide range of industries including industrial, automotive, electrical, carpentry, carving, assembly, mechanical maintenance, professional settings, household tasks, and office work. Comes with a 30-day money-back guarantee and 12-month after-sales service for quality-related concerns.
• PRECISION AND ACCURACY: You can measure thickness, width or depth down to 0.001 inch with our caliper. This level of precision is required if anything needs to be correctly fitted and sealed. It allows you to make pieces that fit perfectly and leave no room for error. measurement accuracy: 0.02mm/ 0.001 inch
• EXTRA LARGE LCD SCREEN: Extra-Large LED screen allows you to read the measurement easily and quickly, even under strong sunlight or in dismal surroundings. Aslo the locking screws ensure that the measuring jaws are securely secured, allowing for more precise measurements
• ZERO FUNCTION: Metric And Inch Conversion: Switch between metric and inch measurements, It can save our conversion time during the measurement process, smart design allows you to easily reset to zero by pressing the zero button and start a new measurement at any position on the scale, which is very suitable for differential measurements