Force and mechanical measuring equipment
Specifications
Mitutoyo 193-113 Digital Mechanical Outside Micrometer
The Mitutoyo 193-113 mechanical outside micrometer is a high precision measuring tool designed to measure length, outside diameter and material thickness. Equipped with a mechanical digit counter, this micrometer provides quick and accurate readings.
Advantages of Mitutoyo 193-113 Micrometer
Material and design: Manufactured using modern Japanese technology, the panme frame is electrostatically painted at temperatures above 65°C (150°F), ensuring a shiny and durable paint surface. Some product lines have a measuring head coated with an anti-abrasive layer (carbide) for high durability.
Dimensions and Accuracy: With a measuring range of 50 - 75 mm, a division of 0.001 mm and an accuracy of ±2 µm, it is suitable for applications requiring high precision measurements in engineering industries such as mechanical engineering, molds, automobiles and furniture.
Digit counter: Equipped with mechanical digit counter for quick and easy reading of measurement results.
Box and accessories: Packed in plastic or wooden box, better protect the device and convenient for storage and transportation. Equipped with sliding toad for stable measuring force, easy to use and ensure accurate measurement results.
Correction: The standard shaft and accompanying accessories make it easy to calibrate standard parameters, ensuring stable and accurate operation of the device.
Notes when using Panme Mitutoyo 193-113
Preserve: Keep the micrometer in a dry place, away from moisture and check regularly for accurate calibration.
Use: Do not use the micrometer to measure rotating or moving parts. Avoid dropping the micrometer on hard surfaces.
Toilet: Keep the micrometer free of dust and dirt on the two measuring heads. Clean the two measuring heads with a clean, lint-free paper or a suitable cleaning solution, then wipe dry with a clean, lint-free paper.
Storage: Place the micrometer in the correct position in the case after use to avoid damage due to impact.