Choosing A Mitutoyo Digital Micrometer

The most reliable mitutoyo digital micrometer at the lowest prices available on the online market.

Video On How To Use The Mitutoyo Digital Micrometer

Mitutoyo digital micrometers are used to measure dimensions. They have been around since the dawn of the Industrial Revolution. Early instruments measured within a few hundredths of an inch. 

Today, they are much more accurate and can be used to measure all dimensions of an object. An ordinary micrometer displays a readout with divisions of .001 inch and is highly accurate with a tolerance of +/- .0001 inch.   

There are different types of micrometers depending on the type of measurement one needs to take. Two of the popular types that many people buy are the starrett 293 832 electronic micrometer and the starrett 293 831 electronic micrometer. You can get either of these 2 devices from the fowler online store. 

Outside instruments are used to measure thickness of objects like blocks and wires. If the diameter of a hole needs to be measured, an inside micrometer is used. The depth micrometer is used to measure the depth of a slot or a hole.   

Mechanical micrometers use two probes which come into physical contact with an object to measure a dimension. Typical mechanical devices use dial indicators and calipers to make a measurement that is accurate to within a few thousandths of an inch. 

These measuring devices are highly accurate and relatively inexpensive. They are also small and very durable. These measuring instruments are accurate enough to serve most needs. These measuring devices may use mechanical graduation which the user them observes and notes. 

Electronic digital readouts, like that used by the mitutoyo digital micrometer, are more common today. The digital readout is connected to an encoder that reads the axial displacement of a spindle as the thimble rotates.

Errors in reading a measurement are unacceptable in today’s high tech manufacturing environment. Devices with digital readout virtually eliminate human error by displaying the measurement on a small screen located on the device.   

In order to achieve the most accurate measurement it is critical that the item to be measured is clean and free of all debris. One of the most important parts to keep clean is the depth gage. The depth gage is what makes this device work so you must be delicate and clean it properly. A great way to maintain this part clean is to use a coolant. This coolant will maintain the device cool and fresh after every use.

The measuring instrument must also be clean. The digital readout, the surface of the anvil and the spindle should be wiped free of debris with a cloth. Cleaning oil can be used if necessary.  

After the device is closed completely, the user turns the thimble until the 0 is aligned with the center line on the sleeve. The user then turns the instrument on and if the digital readout is 0 the device is properly calibrated and can now be used to achieve a relatively accurate measurement. The user must make sure to never touch the measuring probes of the instrument because skin oils and sweat can cause an inaccurate measurement.   

With the ever increasing need for great accuracy, mechanical devices fall short.  More precise measurement of technology such as optical fiber requires precise measurement of optical waves. 

These measurements can not be achieved with a mechanical micrometer. For this application an optical device is necessary. You can choose from the absolute encoder mitutoyo 500 196 20 micrometer and the mitutoyo 295 253 dial indicator.

Optical micrometers are also useful when a measurement must be highly accurate but it is undesirable to actually touch the object that needs to be measured. These optical devices employ laser technology to scan an object. 

This protects the object from contamination or damage that could occur by using a mechanical measuring device. This one and many other mitutoyo digital calipers are available at very affordable prices while still providing the quality necessary to perform the job.