The Digital Vernier Caliper is an advanced, high-precision measuring instrument essential for any modern physics, engineering, or manufacturing laboratory. It performs the same function as a traditional mechanical caliper, accurately measuring outer diameter, inner diameter, and depth, but uses an electronic linear encoder and a digital display to provide the reading. This eliminates the need for manual interpretation of the Vernier scale, significantly reducing measurement error and increasing speed. The digital readout displays the measurement directly in a numerical format, often to three decimal places. It is a vital tool for quickly acquiring and recording highly precise dimensional measurements for experiments involving size, volume, or tolerance checking.
High Digital Accuracy: Provides superior accuracy and resolution, typically to 0.001 mm or 0.0005 inch, displayed clearly on a large LCD screen, minimizing human reading error.
Multiple Measurement Modes: Features three sets of jaws and a depth rod to measure external, internal, and depth dimensions, ensuring versatility across different applications.
Unit Conversion: Includes a simple button function to instantly switch between metric (mm) and imperial (inch) units without needing to recalibrate the instrument.
Zero and Hold Function: Offers a zero setting function at any point along the scale for differential measurements and a data hold function to lock the measurement reading on the screen.
Durable Construction: Made from hardened stainless steel or composite materials for long lasting precision, stability, and resistance to corrosion in laboratory environments.
Measuring Range: Available in common ranges such as 0 to 150 mm (0 to 6 inches) or 0 to 300 mm (0 to 12 inches).
Accuracy Resolution: High precision, typically 0.01 mm or 0.0005 inch reading capability.
Material: Hardened Stainless Steel or high quality tool steel.
Display: Large, clear LCD screen for numerical readout.
Power: Requires a small battery, typically a 1.5V button cell, for operation.
