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Short, narrow contacts allow these calipers to take hard-to-reach measurements, such as the dimensions of internal grooves and slots.
These calipers come with a calibration certificate traceable to NIST that states they've passed a test for accuracy.
Measure a variety of hole diameters. These sets include gauges that use spring tension to expand the probe’s contacts inside of bores.
A different measuring range on each gauge makes these sets handy for checking a variety of hole sizes. Each gauge has spring-loaded contacts on the probe, which expand inside holes to measure diameter.
Versatile enough for general checks, these bore gauges have spring-loaded contacts on the end of their probe to expand inside holes.
Inspect a variety of hole sizes with the gauges in these sets. Each has spring-loaded contacts on the probe, which expand inside holes to measure diameter.
Spring-loaded contacts on the end of the probe expand inside holes, making these bore gauges versatile enough for general checks.
Position these gauges snugly within your bore to measure its diameter. Spring tension pushes the gauge’s two telescoping steel contacts against the walls of your bore.
Measure the diameter of small holes, grooves, and recesses.
Check a variety of hole, groove, and slot diameters. Each gauge in these sets has a different measuring range.
Detect variations in a range of hole diameters and depths.
Check for sizing errors in small slots and holes. These bore gauges are often used in precision manufacturing to test electronics and small-scale prototypes.
Use these gauges to measure the inside diameter of holes and cylindrical bores, as well as identify out-of-roundness problems.
Measure the inside diameter of holes and cylindrical bores, as well as identify out-of-roundness problems.
Check a hole’s diameter and detect out-of-roundness problems.
Test for size deviations across a range of hole diameters.
No need for other tools to set a baseline diameter—these bore gauges have a built-in micrometer head.
Check roundness, taper, and diameter near the bottom of bores—the flat bottom on these gauges positions the anvil against the base of the hole.
The jaws on these micrometers work like caliper jaws to precisely measure inner diameters.
Find the inside diameter of cylinders and rings.
Measure the inside diameter of cylinders and rings.
Reach into bores to measure the precise size and location of grooves.
With an LCD screen, these micrometers make it easy to read inside diameter measurements taken from cylinders and rings.
Find a hole’s ID without having to compare it against a set measurement like you do with dial bore gauges.
Whether a chamfered edge is in a screw hole or on the end of a rotary shaft, these gauges find its diameter. The calculated diameter displays on the LCD screen for quick readings.
Check the top diameter of chamfered holes to make sure they’re within tolerance.
Keep over two dozen different ball diameters on hand to check bore sizes or use as go/no-go gauges.
Attach to electronic, dial, and vernier calipers to measure slots, inside pockets, shoulders, and holes.
Move the jaw along the ruler to take inside and outside measurements.
Take inside and outside measurements by moving the jaw along the ruler.
Deep jaws and extra-long measuring ranges make measuring large material easier.
Switch between decimal and fractional measuring increments.
For measuring in and around machines, these calipers won’t be damaged by coolant.
The display, markings, and thumb wheel on these calipers are positioned for comfortable left-handed use.
These calipers comes with a calibration certificate traceable to NIST that states they've passed a test for accuracy.
Attach to 0"-12" Starrett dial calipers to take depth measurements.
Carbide-tipped jaws provide greater wear resistance and longer life when measuring abrasive or very hard materials.
The dial displays measurements in both decimal and fractional increments.
Protect sensitive electronics from damage while you take accurate measurements.
Jaws move only when the thumb lock is depressed.
These calipers have a mechanism which allows you to make finer adjustments.
The pointed jaws on this caliper can fit into smaller spaces than standard calipers jaws.
Measure center-to-center distances with the pointed jaws on these calipers, which are designed to self-center in holes.
Measure wear on disc brakes and pads to determine if you need to replace them.
Precisely measure gear teeth with these dual-scale calipers.
Make accurate marks at precise measurements—these calipers have carbide-tipped jaws that press into workpieces for measuring and marking.
Quickly check that parts are within tolerance without resetting the caliper each time.
Adjust the left jaw up and down to measure stepped or offset planes.
These attachments clamp onto the end of Mitutoyo electronic, dial, and vernier calipers to stabilize them when taking depth measurements.
Attach to Starrett electronic and dial calipers to stabilize them when taking depth measurements.
Clamp onto electronic, dial, and vernier calipers to stabilize them when taking depth measurements.
Expand electronic, dial, and vernier calipers to measure larger items.
Install these gauges onto the jaws of electronic, dial, and vernier calipers to measure the center-to-center distance between two holes.
Protect the battery inside your Mitutoyo caliper.
Protect the battery inside your Starrett caliper.
Use these cables to connect measuring tools with SPC data output directly to a PC.
Connect measuring tools with SPC data output to miniprocessors and multiplexers.
Analyze data, perform calculations, and print results from measuring tools with SPC data output.
Use extension rods in 1" incremental lengths to measure the depth of holes, slots, shoulders, and projections.
These micrometers come with a calibration certificate traceable to NIST that states they've passed a test for accuracy.
Measure the depth of holes, slots, shoulders, and projections by changing out the steel extension rods supplied in 1" incremental lengths.
IP54 rated for limited protection from dust and splashing water.
Take depth measurements in dirty machining environments. These micrometers are rated IP65, so they seal out oil, water, and dust.
Change out the steel extension rods supplied in 1" incremental lengths to measure the depth of holes, slots, shoulders, and projections.
These sets come with calibration certificates traceable to NIST that state the tools have passed a test for accuracy.
Read your measurements easily on an LCD. Sets include a Mitutoyo caliper, micrometer, and case.
Read your measurements easily on an LCD. Sets include a caliper, micrometer, and case.
Read your measurements easily on an LCD. Sets include a Starrett caliper, micrometer, and case.
Sets include a dial caliper, micrometer, ruler, and case.
Sets include a Mitutoyo dial caliper, micrometer, ruler, and case.
Sets include a Starrett dial caliper, micrometer, ruler, and case.
Confirm your depth micrometer is accurate. These gauges check your micrometer starts measuring at zero.
Check your caliper’s inside and outside measurements.
Create and check angles with these precision-ground blocks. Each block is labeled with its angle.
A true source of measurement, use these gauge blocks to calibrate measuring equipment, mark precise layouts, or position your fixture or machine components just right.
Use the gauge blocks in these sets individually or together to take precise measurements or calibrate your measuring tools.
Use the Starrett gauge blocks in these sets individually or together to take precise measurements or calibrate your measuring tools. All have been laboratory calibrated and include NIST traceable certification with the tested measurements.
Use the Mitutoyo gauge blocks in these sets individually or together to take precise measurements or calibrate your measuring tools. All come with a certificate traceable to NIST to certify they were calibrated in a lab and meet tight tolerances.
Use the Mitutoyo gauge blocks in these sets individually or together to take precise measurements or calibrate your measuring tools. They are often used to mark layouts, align machine components, and check that parts are within tolerance.
A strong, flexible bow spring holds the legs in place while a knurled nut allows you to make fine adjustments.
These precision tools have a strong, flexible bow spring that holds the legs in place while a knurled nut allows you to make finer adjustments than other calipers.
Transfer and take inside and outside measurements.
Transfer and take inside and outside measurements with more precision than standard layout calipers.