How the Micrometer was Born?

How the Micrometer was Born?

Contents

As early as the 18th century, the micrometer appeared on the manufacturing stage in the development of the machine tool industry.

A micrometer is still one of the most common precision measuring tools in the workshop.

Today, YIJIN Hardware will briefly introduce the birth and development of the micrometer for you.

How the Micrometer was Born?

Initial Attempt to Measure the Length with Thread

The first use of the thread principle to measure the length of an object was realized in the 17th century. In 1638, astronomer W. Gascoigne of Yorkshire, England, applied the thread principle to measure the distance of stars.

Later, in 1693, he invented a measuring ruler called the caliper micrometer.

This is a measuring system with a threaded shaft attached to a rotating handwheel at one end and a movable jaw at the other.

A measured reading can be obtained by counting the rotation of a handwheel with a reading dial.

The week of the reading dial was divided into 10 equal parts, and the distance was measured by moving the measuring claw, realizing the first human attempt to measure the length with the thread.

The Caliper Micrometer Invented by Gascoigne

A century after Gascoigne invented his measuring instrument, James Watt, inventor of the steam engine, invented the first table-type micrometer in 1772, and a key element of his design was the amplification based on the thread.

James Watt’s earliest use of a U-shaped design would have become the standard for micrometers, and without him, the micrometer’s history would have been interrupted.

James Watt's Desktop Micrometer

James Watt’s Desktop Micrometer

The Father of Machine Tools Invented the “Judge”

In the early 19th century, Sir Henry Maudsley, known as the “father of the machine tool,” also made his mark on the history of measuring instruments.

His desktop micrometer, the Supreme Justice, was able to measure the most precise dimensions of the time and is considered the beginning of precision measuring instruments.

Maus Lay's Desktop Micrometer "The Lord Chancellor"

Maus Lay’s Desktop Micrometer “The Lord Chancellor”

Sir Whitworth was the First to Commercialize the Micrometer

However, James Watt and Maus Lay’s desktop micrometers were largely for their use. It was not until the latter part of the 19th century that precise measuring instruments were sold on the market.

Sir Joseph Whitworth, who invented the famous “Whitworth thread”, became a leader in commercializing the micrometer.

Mr. Whitworth's "millionth of an inch" measuring device

Mr. Whitworth’s “millionth of an inch” measuring device

The Birth of the Modern Micrometer

Modern standard micrometers feature a U-shaped structure and one-handed operation. The micrometer is a common design used by many manufacturers.

The classic design dates back to 1848 when French inventor J. Palmer received a patent for what was called the Palmer system.

Modern micrometers follow almost all the basic designs of the Palmer system, such as the U-shaped structure, casing, sleeve, and anvil. Palmer’s contribution to the history of micrometers is immeasurable.

The Palmer micrometer on display at the International Fair in Pari

The Palmer micrometer on display at the International Fair in Pari

The Development and Expansion of Micrometer

Brown & Sharpe of the American B&S company visited the 1867 Paris International Exposition, where they first saw the Palmer micrometer and brought it back to the United States.

Brown & Sharpe took a closer look at the micrometer they brought back from Paris and added two mechanisms to it: a mechanism to better control the mandrel and a mandrel locking device.

They produced the miniature micrometer in 1868 and put it on the market the following year.

Brown & Sharpe miniature micrometer used to measure plate thickness

Brown & Sharpe miniature micrometer used to measure plate thickness

Read More: Precautions For The Use Of Calliper

gavin yi
CEO & Project Manager
Shenzhen Yijin Hardware Co., Ltd.

Gavin Yi

Gavin Yi is a distinguished leader in precision manufacturing and CNC technology. As a regular contributor to Modern Machine Shop and American Machinist magazines, he shares expertise on advanced machining processes and Industry 4.0 integration. His research on process optimization has been published in the Journal of Manufacturing Science and Engineering and International Journal of Machine Tools and Manufacture.

Gavin serves on the National Tooling & Machining Association (NTMA) board and frequently presents at the International Manufacturing Technology Show (IMTS). He holds certifications from leading CNC training institutions including Goodwin University’s Advanced Manufacturing program. Under his leadership, Shenzhen Yijin Hardware collaborates with DMG Mori and Haas Automation to drive innovation in precision manufacturing.

gavin yi

yijin hardware logo w

Get a quote from the China’s #1
CNC Machining Services.

Ready to get started?
Connect with us today!

Categories
  • Case Studies
  • CNC Machining
  • Custom Fasteners
  • Materials
  • News & Blog
  • Sheet Metal
  • Surface Finish

More To Explore

how to remove a screw tap
News & Blog
How To Remove A Broken Thread Tap

Whenever you are faced with a broken screw tap, the first step is to determine the best way to remove it. There are a few

rivets manufactured by YIJIN Hardware
News & Blog
Types of Rivets And Their Applications

Rivets are essential fasteners used in manufacturing to create strong and durable joints. This article explores the different types of rivets and their uses, helping

finishing machining
News & Blog
What is CNC Roughing? Meaning & Process

What is CNC Roughing in CNC Machining? CNC Roughing is the initial stage of CNC (Computer Numerical Control) machining, focused on quickly removing excess material

Start today. Get parts made fast.

Free Machined Parts Design to Your Projects with Fast Turnaround Times.
Please enable JavaScript in your browser to complete this form.
Click or drag files to this area to upload. You can upload up to 15 files.

Please attach your 2D CAD drawings and 3D CAD models in any format including STEP, IGES, DWG, PDF, STL, etc. If you have multiple files, compress them into a ZIP or RAR. Alternatively, send your RFQ by email to info@yijinsolution.com.

3D Drawing Formats: .step/.stp, .dwg, .m3d, .x_t, .sldprt, .stl, .CATPart, .CATProduct, .iges/.igs
2D Drawing Formats: .dwg, .cdw, .SLDDRW, .scr

Compressed Formats: .zip, .rar, .7z

Image Formats: .pdf, .jpg/.jpeg, .gif, .png, .webp, .tif/.tiff

Video Format: .mp4

Office Formats: .txt, .docx, .xlsx, .ppt, .ods