Most Common Uses For Micrometers

Micrometers assist with estimating brief distances or points. Moreover, individuals can utilize them to gauge the thickness of slender materials like paper, plastics, foil, and so forth. The most common application for a micrometer is to measure the thickness of sheet metal.

Since at least the 18th century, the micrometer has been around. Pierre Jaquet-Droz, a French engineer who lived from 1755 to 1826, invented it. He made his first model in 1784, which was a screw with a dial attached to one end. He added additional features in the future, such as a ratchet system, a removable head, and a spring-loaded lever mechanism. "The Mechanical Engineer" became the name given to his invention.

The micrometer is now available in a wide range of models, making it a versatile tool for measuring. Numerous manufacturers of micrometers now offer a wide range of new designs and enhancements for various kinds of precise measurements. Among the most widely recognized micrometer include:

Depth Micrometers

The depth of holes in sheet metal is measured using these micrometers. A threaded rod that screws into the measuring hole makes up this micrometer. The rod is then fitted with a dial, which is turned until it reaches zero.

Digital Micrometers

Typically, digital micrometers are smaller than analog micrometers. Additionally, they are simpler to read. A built-in LCD digital readout display is included in the majority of digital micrometers.

Ball Micrometers

Ball micrometers are like computerized micrometers, yet rather than utilizing a dial, they utilize a ball. Single-ball and dual-ball ball micrometers are the two types of ball micrometers. Dual ball micrometers have two balls, whereas single ball micrometers only have one ball. When the ball touches the surface being measured, either type of ball micrometer will register zero.

Caliper Micrometers

The diameter of an object is determined by caliper micrometers. Calipers, in contrast to other kinds of micrometers, don't need any special tools. Instead, they make use of two movable arms that are linked by a hinge. Depending on the amount of pressure applied, the Vernier calipers move closer or further apart as they are adjusted. The measurement object is at its largest dimension when the arms are at their maximum distance from one another.

Mechanical Micrometers

Calipers and mechanical micrometers are similar in design, but mechanical micrometers do not have moving parts. Due to their lower cost and ease of use, mechanical micrometers are frequently favored over calipers.

Choosing The Right Micrometer

Before purchasing a micrometer, numerous considerations must be made. To begin, you must determine the kind of micrometer you require or want. Do you prefer an analog or digital micrometer? Do you have a small or large application? Do you want a bench top or handheld version? How precise do you need the readings to be? What size opening do you have to quantify?

Established in 1976, GROZ Engineering Tools has become a Global Manufacturing leader with specialty in digital micrometer caliper, professional hand tools & automotive shop equipment. Have questions or Need help? Call us: (888) 685-2916 or email us on support@grozusa.com and we will gladly assist you.