For direct measurements, these Starrett indicators have a continuous dial numbered clockwise around the face.

The contact point is located on the back of this indicator, which allows the dial face to be read from above. It has a continuous dial numbered clockwise around the face for direct measurements.

For comparative measurements of a part's tolerance against a reference measurement, these Starrett indicators have a balanced dial with positive values on one side and negative values on the other side.

For direct measurements, these Mitutoyo indicators have a continuous dial numbered clockwise around the face.

For comparative measurements of a part's tolerance against a reference measurement, these Mitutoyo indicators have a balanced dial with positive values on one side and negative values on the other side.

For direct measurements, these indicators have a continuous dial numbered clockwise around the face.

Take direct and comparative measurements with the same indicator. The combination dial has both a continuous scale numbered clockwise around the face and a balanced scale with positive values on one side of the zero and negative values on the other side.

Place the magnetic base on metal surfaces for a solid mount. The base has a V-grooved bottom for mounting on flat and curved surfaces and magnetic release switch for easy setups.

These indicators come with a calibration certificate traceable to NIST that states they’ve passed a test for accuracy.

These indicators have a larger display than other Mitutoyo electronic indicators for easier reading.

Check whether measurements are in tolerance at a glance. LCD backlighting changes from green to red to indicate when measurements fall outside your set tolerance.

These indicators come with a calibration certificate traceable to NIST that states they’ve passed a test for accuracy.

These indicators come with a calibration certificate traceable to NIST that states they’ve passed a test for accuracy.

A magnetic base provides a solid mount on metal surfaces.

Read measurements on an LCD. These Starrett indicators have a spring-loaded plunger that retracts and extends to measure objects.

Place the magnetic base on metal surfaces for a solid mount.

Sets include attachments for indicator mounting.

Mount these indicators to a lathe tool post or a height gauge with the included attachment, also known as a universal shank.

Measure internal surfaces that standard contact points can’t reach. These adapters transfer the up and down motion of the contact point 90° to a second contact point that moves left to right.

Lift the spindle on a Mitutoyo electronic indicator without having to touch the indicator itself.

Use with swivel clamps to position indicators.

Use different colored caps to code indicators by calibration date, precision, or other specifications.

Install these attachments onto Starrett magnetic-base holders for more precise control over positioning.

For more versatility than other low-profile holders, this holder has six locations for mounting indicators and accessories, including two mounting holes and four places to mount an indicator lug back with the included thumb screws.

Use a swivel clamp to attach an indicator to the positioning arm.

The base is comprised of adjustable magnetic pins which allow it to conform to any shape and grip most metal surfaces.

Mount these holders into a machine spindle and use with your indicator to center workpieces.

Adjust the flexible arm to nearly any position.

A heavy cast iron base adds stability. These stands hold indicators in place for taking accurate readings.

Adjust the flexible arm to nearly any position.

Attach the C-clamp on this holder to your Bridgeport J head to take indicator measurements without obstructing the cutting tool.

With a calibration certificate traceable to NIST that says they've passed a test for accuracy, you can trust these gauges to confirm if your object's outer diameter is within tolerance. They're also known as snap gauges because they snap onto rods, shafts, and other cylindrical objects.