Force and mechanical measuring equipment
Specifications
Mitutoyo Electronic Outside Micrometer
Digital outside micrometers are length measuring instruments based on the principle of using screw threads to measure linear distances, invented by Gascoigne in 1638. Mitutoyo digital micrometers are manufactured using modern Japanese technology, are water and dust resistant to IP65 standards, with many options such as measuring range, accuracy, measuring speed and mm-inch display, meeting the requirements of many different customers.
Mitutoyo 323-351-30 Electronic Tooth Step Gauge (25 – 50mm)
Mitutoyo 323-351-30 electronic micrometer has a compact design with a measuring range of 25 - 50mm / 1 - 2in, a display of 0.001mm / 0.00005in and an accuracy of ±4μm. The product is used to measure the length of the tooth pitch in spiral mechanisms or straight shafts of parts and materials in the mechanical engineering industry. The product is waterproof to IP65 standards, helping to increase durability and reliability in harsh working environments.
Advantages of Mitutoyo 323-351-30 Electronic Tooth Step Gauge
ABSOLUTE Technology:
Using a rotating electromagnetic induction reader combined with ABSOLUTE technology, it helps to accurately determine the measuring position immediately upon power-up without the need for re-adjustment.
Slider For Constant Force Measurement:
The micrometer is equipped with a sliding toad, ensuring constant measuring force, helping users to operate easily, giving accurate and stable measurement results.
Standard Shaft and Accessories Included:
Convenient for standard parameter calibration, helps the device operate stably and maintain high accuracy.
Storage and Use
To ensure the longevity and accuracy of the device, the micrometer should be stored in a dry place, avoiding high humidity. The device needs to be checked and calibrated regularly. Users can refer to the article "Notes and how to use electronic outdoor micrometers" to better understand how to use the device properly, helping to achieve the most accurate results during the measurement process.