Geartooth example sentences

"Geartooth" Example Sentences

1. The geartooth stripped, causing the machine to grind to a halt.
2. A microscopic crack was discovered on a single geartooth.
3. He meticulously cleaned each individual geartooth before reassembly.
4. The engineer examined the broken geartooth under a magnifying glass.
5. The replacement geartooth was a perfect fit.
6. Corrosion had significantly weakened the geartooth.
7. The geartooth's sharp edges were dangerously exposed.
8. With a satisfying click, the final geartooth engaged.
9. The design called for a specific type of hardened geartooth.
10. Manufacturing defects often lead to premature geartooth failure.
11. The geartooth profile was meticulously engineered for optimal performance.
12. He meticulously filed down the damaged geartooth.
13. Lubrication is crucial for preventing geartooth wear.
14. The strength of the geartooth is critical for heavy-duty applications.
15. Each geartooth was inspected for any signs of damage.
16. A broken geartooth rendered the entire mechanism useless.
17. The geartooth shape influenced the efficiency of the gear.
18. The intense pressure caused a geartooth to shear.
19. Regular maintenance prevents premature geartooth failure.
20. The worn geartooth needed immediate replacement.
21. He replaced the faulty geartooth with a new one.
22. The geartooth design was patented.
23. The material used for the geartooth was titanium.
24. The geartooth count was crucial for the gear ratio.
25. The precise measurement of the geartooth was essential.
26. The geartooth was meticulously shaped and polished.
27. A single broken geartooth could bring down the entire system.
28. The geartooth showed signs of extreme wear and tear.
29. Analyzing the failed geartooth provided valuable insights.
30. The impact caused several geartooth to chip.
31. Excessive vibration led to geartooth fatigue.
32. The geartooth was made of high-strength steel.
33. The broken geartooth was a clear sign of malfunction.
34. The geartooth meshing was perfectly synchronized.
35. Replacing the geartooth was a straightforward procedure.
36. The geartooth design improved efficiency by 15%.
37. They used a special lubricant for the geartooth engagement.
38. The geartooth material was chosen for its high durability.
39. Each geartooth was carefully inspected for defects.
40. The geartooth pitch determined the gear ratio.
41. Overloading caused catastrophic geartooth failure.
42. The microscopic analysis of the geartooth revealed the cause of failure.
43. The geartooth was designed to withstand extreme forces.
44. The geartooth dimensions were precisely specified.
45. The geartooth's surface finish was crucial for smooth operation.
46. The geartooth profile was optimized using advanced software.
47. The geartooth engagement was smooth and quiet.
48. The geartooth design allowed for high torque transmission.
49. Improper lubrication caused excessive geartooth wear.
50. The geartooth fracture was analyzed to determine the root cause.