"Calipers" Example Sentences
1. The engineer measured the metal rod with calipers.
2. He used the calipers to determine the exact thickness of the material.
3. The machinist calibrated the digital calipers before taking measurements.
4. The technician checked the diameter of the cylinder using calipers.
5. She measured the width of the opening with her calipers.
6. The scientist accurately measured the specimen using calipers.
7. They used calipers to make sure the parts were within specifications.
8. The cabinetmaker used calipers to size the wooden dowels.
9. The calipers helped him obtain precise measurements.
10. She adjusted the calipers to the correct setting.
11. The slide calipers were the most accurate tool for the job.
12. You'll need calipers and a micrometer to measure those small components.
13. The inspector inspected each part with his calipers.
14. The carpenter tightened the jaws of the calipers.
15. He calculated the thickness using the calipers' measurement.
16. Before using the digital calipers, he installed new batteries.
17. The tool kit included a pair of premium calipers.
18. The calipers provided submillimeter resolution.
19. The beam on the calipers helped stabilize the measurement.
20. The mechanic measured the piston rods with calipers.
21. The rim diameter must be measured within 1mm using calipers.
22. The jeweler measured the ring size with calipers.
23. I adjusted the calipers and measured the bolt again.
24. After I zeroed out the calipers, I measured the piece.
25. She double checked the calipers reading for accuracy.
26. She tightened the screws on the calipers.
27. The wire needed to be cut to the exact measurement the calipers provided.
28. The configuration of the calipers allowed for precise measuring.
29. I measured two wood strips and compared the readings on the calipers.
30. The machinist's kit contained needle-point calipers.
31. I locked the calipers into place for the set measurement.
32. The watchmaker used special calipers to measure small parts.
33. The carpenter took repeated measurements with the calipers.
34. I set the calipers to the proper jaw width.
35. The outside calipers measurement matched the specified tolerance.
36. The start and stop positions were marked using the calipers.
37. The caliper tips gently grasped the object being measured.
38. She grabbed the calipers and began taking precise measurements.
39. The plates needed to be within 0.5mm according to the calipers.
40. I read the calipers measurement in millimeters.
41. The mechanic opened the calipers to their fullest extent.
42. My calipers measurement had to fall within a 1mm range.
43. The digitized calipers provided an exact reading.
44. The calipers had to be properly zeroed out for an accurate reading.
45. The rim measurements varied by only 0.2mm using the calipers.
46. I held the calipers steady while taking the reading.
47. The pins needed to slide smoothly within the caliper tips.
48. The calipers helped ensure the parts were machined to specifications.
49. The measurements were within tolerance according to the calipers.
50. The indicator on the calipers showed the precise measurement.
51. The calipers replaced the need for a standard ruler.
52. I verified the calipers reading against a micrometer.
53. The caliper measurement had to be within 0.01 inches.
54. I measured the thickness twice using the calipers.
55. She recorded the calipers measurements for the report.
56. The mechanic opened the calipers to their widest extent.
57. The designer relied on calipers to create perfectly symmetrical parts.
58. The diameter measurement on the calipers was off by 0.3mm.
59. I double checked the calipers against a micrometer for accuracy.
60. The machinist specialized in making ultra precise measurements with calipers.
Common Phases
1. Between the
calipers/between two
calipers - Confined or restricted.
2. Pinched between the
calipers - Caught or trapped in an unpleasant situation.
3. Read the
calipers - Determine a measurement using
calipers.
4. Adjust the
calipers - Alter or modify the opening or jaws of
calipers to suit a measurement.
5. Calibrate the
calipers - Standardize the measurement of
calipers against a known value.
6. Measure within the
calipers - Determine a dimension that falls within the indicated range of
calipers.
7. Zero out the
calipers - Set the
calipers to read zero when the jaws are closed.
8. Tighten the
calipers - Secure the jaws of
calipers to hold an object firmly.
9. Check the
calipers - Inspect
calipers for accuracy or proper functioning.
10. Open the
calipers - Spread the caliper jaws to take a measurement.
11. Close the
calipers -Bring the caliper jaws together for storage.
12. Precision
calipers -
Calipers capable of fine, exact measurements.
13. Digital
calipers -
Calipers that display measurements electronically.
14. Slide
calipers -
Calipers that measure by sliding one jaw along a scale.
15. Needle point
calipers -
Calipers with very fine points allowing measurement in tight spaces.