Caliper example sentences

"Caliper" Example Sentences

1. He measured the diameter of the pipe using a caliper.
2. The mechanic used calipers to accurately measure the distance between the brake pads and rotor.
3. She checked the thickness of the metal sheet stock with her calipers.
4. The jeweler used calipers to precisely measure the diameter of the gemstone.
5. Calipers were used to ensure that all the holes were drilled to the correct size.
6. The cylinder bore was measured with a telescoping bore caliper.
7. The technician needed a micrometer caliper to accurately test the tightness of the bolt specifications.
8. The lab technician used vernier calipers to measure the length of the tubes to the nearest millimeter.
9. I checked the width of the plank with my digital caliper.
10. The micrometer caliper accurately measured the size of the tiniest components.
11. The inspector double-checked the dimensions of the part using calipers.
12. They checked the flatness of the metal surface using a flatness caliper.
13. She measured the thickness of the specimen under the microscope by using the ocular caliper.
14. The machinist measured the parts using a caliper to ensure they were within the specified tolerances.
15. They gauged the hole size with an inside micrometer caliper.
16. The measurement on the dial caliper read 2.54 centimeters.
17. The woodworker calibrated his digital caliper before checking the board width.
18. The engineer took fine measurements with her fine measurement calipers.
19. Calipers were used to precisely measure the dimensions of each individual component.
20. He tested the caliper's accuracy by measuring an object of known length.
21. I measured the length and width of the base with an adjustable caliper.
22. The jeweler double-checked the diameter using a set of circular calipers.
23. The machinist used calipers to determine if any deviations in the shaft occurred.
24. Antique machinists often used vernier and dial calipers for critical measurements.
25. The scientist measured the neural cell with an ocular and stage micrometer caliper.
26. Calliper brakes create an accurate clamping force.
27. The technician calibrated the digital vernier caliper before measuring the wires.
28. The inspector noted down the precise measurements recorded by the micrometer caliper.
29. The piece was placed inside a holed gauge block and measured by an outside micrometer caliper.
30. The engineer measured the radius of the pipe bend using a radius caliper.
31. I used a taper gauge to measure the taper of the bolt threads with the vernier calipers.
32. An inside caliper measures the internal diameter of holes and bores.
33. Digital calipers are typically more accurate than dial calipers.
34. The machinist set the fixed jaw of the caliper to the reference size.
35. The mechanic used telescoping gauges to measure cylinders and bore holes.
36. An indicator will measure deviations that calipers may miss.
37. A micrometer caliper is used for very fine measurements.
38. The student measured the width of the petri dish with an ocular micrometer caliper.
39. The inspector measured thickness using an external depth micrometer caliper.
40. The blood vessel diameter was measured with the ocular micrometer caliper.
41. Calipers are typically used to take linear measurements for manufacturing parts.
42. The automatic caliper sped up the measuring process.
43. The machinist zeroed the caliper before measuring small differences in size.
44. A pin caliper is used to measure the inside diameter of round holes.
45. Fixed and adjustable jaw calipers allow for a wide variety of measurements.
46. He compared the position of the indicator needle to the vernier scale on the caliper.
47. Engineers must precisely measure components to ensure they meet specifications.
48. Calipers provide precise and repeatable measurements.
49. The device was placed between the tips of the caliper and the reading was recorded.
50. A bevel protector was used with the caliper to accurately measure the chamfer angle.
51. I used a thread gauge to double-check the measurements made by the thread caliper.
52. A micrometer caliper is more accurate than regular calipers.
53. Spring calipers were used for measuring small variations in size.
54. Depth micrometer calipers are used for internal and external measurements.
55. The worker checked that all dimensions were within the tolerances specified on the blueprint using calipers.
56. Caliper brakes use two opposing brake pads that squeeze a disc rotor to create friction and slow the vehicle.
57. A caliper compass can measure both inside and outside diameters.
58. The machinist locked the caliper in place and then recorded the measurement.
59. Holding the caliper in a steady position produced the most accurate results.
60. Vernier and dial calipers read measurements to hundredths or thousandths of an inch.

Common Phases

• Caliper measurement - The measurement made using a type of caliper.
• Caliper jaws - The two adjustable parts that open and close to measure an object placed between them.
• Zero a caliper - To adjust a caliper so the jaws are closed and the measurement reads zero. This calibrates the caliper before use.
• Hold a caliper - To grasp a caliper firmly during a measurement to minimize fluctuation in the reading.
• Lock a caliper - To secure the caliper jaws in place so the measurement remains fixed after the object is removed.
• Caliper gauge - A general term for any type of caliper used for measurement.
• Caliper tolerance - The acceptable margin of error for a measurement taken using a caliper.
• Caliper accuracy - How close a caliper's measurements are to the true dimension of an object.
• Vernier caliper - A type of hand-held caliper that uses a vernier scale for increased precision.
• Digital caliper - An electronic caliper that displays measurements on an LED or LCD screen.
• Inside caliper - A caliper designed to measure the internal, or bore, diameter of holes or tubes.
• Outside caliper - A caliper designed to measure external dimensions and distances between two opposing surfaces.