STANDARD DISC MICROMETERS
PRECISION Thickness MEASURING
Mechanical Disc Micrometers are precision measuring tools used to measure the thickness of discs or similar objects with high accuracy. They are commonly used in the manufacturing, engineering, and automotive industries to ensure precise measurements of components or parts.
A Mechanical Disc Micrometer consists of a frame, an anvil, a spindle, a thimble, and a measuring disc. The anvil is fixed to the frame, while the spindle is movable and threaded. The measuring disc is attached to the spindle and is used to measure the thickness of the disc being measured.
The spindle is rotated using the thimble, which moves the spindle towards or away from the anvil, allowing the user to measure the thickness of the disc between the measuring disc and the anvil. The measuring scale is located on the thimble and is used to read the measurement result. The scale typically has markings indicating the thickness being measured in micrometers or thousandths of an inch.
Mechanical Disc Micrometers are available in various types and sizes, including standard disc micrometers and digital disc micrometers. Standard disc micrometers provide accurate measurements, while digital disc micrometers provide even greater accuracy by using a digital display to read the measurement result.
Overall, Mechanical Disc Micrometers are highly precise and accurate measuring tools that are essential in many industries. They provide accurate measurements of the thickness of discs or similar objects, making them a valuable tool for quality control and precision machining.
Mechanical Disc Micrometers are available in various types and sizes, including standard disc micrometers and digital disc micrometers. Standard disc micrometers provide accurate measurements, while digital disc micrometers provide even greater accuracy by using a digital display to read the measurement result.
Overall, Mechanical Disc Micrometers are highly precise and accurate measuring tools that are essential in many industries. They provide accurate measurements of the thickness of discs or similar objects, making them a valuable tool for quality control and precision machining.