100 Examples of sentences containing the noun "axlebox"

Definition

An axlebox is a mechanical component that houses the axle of a vehicle or machinery, providing support and allowing for smooth rotation while accommodating the wheel assembly. It is commonly used in railway vehicles, automotive applications, and various types of machinery.

Synonyms

• Bearing housing
• Axle housing
• Wheel hub

Antonyms

• None (as it is a specific mechanical part, there are no direct antonyms)

Examples

1. The technician replaced the axlebox to improve the vehicle's performance.
2. Regular maintenance of the axlebox is essential for safety.
3. The axlebox was found to be damaged after the inspection.
4. Engineers designed a new axlebox for the latest model.
5. The train's axlebox supports the weight of the carriages.
6. A faulty axlebox can lead to severe accidents.
7. The axlebox housing was made from durable steel.
8. They discovered that the axlebox needed lubrication.
9. The axlebox is crucial for the smooth operation of heavy machinery.
10. The prototype featured an innovative axlebox design.
11. The axlebox assembly was straightforward to install.
12. He checked the axlebox for any signs of wear and tear.
13. The manufacturer emphasized the quality of the axlebox.
14. The axlebox plays a key role in the vehicle's suspension system.
15. She studied the axlebox in her mechanical engineering course.
16. The axlebox was packed with grease for optimal performance.
17. After the crash, the axlebox was one of the first components examined.
18. They upgraded the axlebox for increased load capacity.
19. The axlebox design includes a sealing mechanism to prevent dirt ingress.
20. He specialized in the repair of railway axleboxes.
21. The axlebox failed due to poor maintenance practices.
22. The engineers tested the axlebox under extreme conditions.
23. The axlebox is an essential part of any wheeled vehicle.
24. They sourced high-quality materials for the axlebox production.
25. The axlebox must be aligned accurately for optimal functionality.
26. The replacement axlebox improved the vehicle's handling.
27. The axlebox was designed for easy removal and installation.
28. They conducted a thorough inspection of the axlebox during the audit.
29. The innovative axlebox design reduced the overall weight of the vehicle.
30. Each axlebox is tested for durability before leaving the factory.
31. The axlebox connects the wheels to the vehicle's frame.
32. A well-maintained axlebox can significantly extend a vehicle's lifespan.
33. The axlebox was engineered to withstand high temperatures.
34. She explained how the axlebox contributes to the vehicle's stability.
35. The axlebox contains precision bearings to facilitate rotation.
36. They designed a custom axlebox for the racing car.
37. The axlebox needs to be replaced every few years.
38. The team analyzed the axlebox for potential improvements.
39. The axlebox was the source of the noise during the drive.
40. He learned how to assemble an axlebox from scratch.
41. The axlebox is often overlooked during routine checks.
42. The axlebox can affect fuel efficiency if not functioning properly.
43. The technician explained the importance of the axlebox in vehicle dynamics.
44. The axlebox design was inspired by aerospace engineering.
45. A malfunctioning axlebox can lead to uneven tire wear.
46. The axlebox was reinforced to handle heavier loads.
47. They used advanced materials to construct the axlebox.
48. The axlebox can be adjusted for different driving conditions.
49. The workshop specializes in repairing damaged axleboxes.
50. The axlebox design evolved over the decades.
51. The axlebox played a crucial role in the vehicle's overall performance.
52. He documented the condition of the axlebox in the maintenance log.
53. The axlebox assembly requires precision engineering.
54. They replaced the axlebox after years of service.
55. The axlebox helps to reduce vibrations during operation.
56. A malfunctioning axlebox can cause significant downtime.
57. The axlebox was engineered to be lightweight yet durable.
58. The axlebox was the main focus of the design review.
59. She highlighted the benefits of a well-designed axlebox.
60. The company prides itself on producing high-quality axleboxes.
61. The axlebox is a critical component in electric vehicles.
62. He modified the axlebox to enhance performance.
63. The axlebox was sealed to prevent moisture ingress.
64. The axlebox design was tested for compliance with industry standards.
65. They consulted experts to improve the axlebox efficiency.
66. The axlebox must be properly aligned to function correctly.
67. The new axlebox reduced friction and improved energy efficiency.
68. The axlebox was part of a larger assembly project.
69. He explained how the axlebox contributes to overall vehicle safety.
70. The axlebox was subjected to rigorous testing before approval.
71. A defective axlebox can compromise the entire system.
72. The axlebox is often made from composite materials for added strength.
73. The axlebox can be customized for specific applications.
74. She installed the new axlebox with ease.
75. The axlebox was integrated into the vehicle's overall design.
76. They implemented a new manufacturing process for the axlebox.
77. The axlebox must withstand various environmental conditions.
78. He learned the importance of the axlebox in his training.
79. The axlebox is key to ensuring smooth vehicle operation.
80. The maintenance team focused on the axlebox during their inspection.
81. The axlebox can affect the vehicle's handling characteristics.
82. A well-designed axlebox can enhance performance and longevity.
83. The team worked on optimizing the axlebox for better performance.
84. The axlebox was made from high-strength aluminum.
85. He observed how the axlebox reacted under load.
86. The axlebox is essential for the efficient transfer of power.
87. They discovered a design flaw in the axlebox.
88. The axlebox required special tools for installation.
89. The axlebox served as a prototype for future designs.
90. Engineers are constantly innovating the axlebox design.
91. The axlebox is crucial for the longevity of the vehicle.
92. The axlebox is a focal point in vehicle dynamics.
93. She noted the wear on the axlebox during the inspection.
94. The axlebox is often a point of failure in older vehicles.
95. They designed a lightweight axlebox for the racing industry.
96. The axlebox is surrounded by high-performance seals.
97. The axlebox was part of the vehicle’s suspension system.
98. He ensured the axlebox was properly lubricated before use.
99. The axlebox design was praised for its simplicity and effectiveness.
100. The new technology improved the reliability of the axlebox.