100 Examples of sentences containing the common noun "ejector assembly-bracket"

Definition

The term "Ejector Assembly Bracket" refers to a specific component or hardware part used primarily in mechanical systems, particularly in machinery and manufacturing contexts. It is designed to hold or support the ejector assembly, which is responsible for expelling or removing items from a machine or system, such as in injection molding or other automated processes.

Synonyms

• Ejector support bracket
• Ejector mount
• Ejector holder
• Ejector frame

Antonyms

• Ejector assembly (without the bracket)
• Retention mechanism
• Holding fixture

Examples

1. The technician repaired the Ejector Assembly Bracket to ensure proper function.
2. We need to order a new Ejector Assembly Bracket for the injection molding machine.
3. The Ejector Assembly Bracket was designed for easy installation.
4. He inspected the Ejector Assembly Bracket for any signs of wear.
5. The Ejector Assembly Bracket must be made of durable materials.
6. She adjusted the position of the Ejector Assembly Bracket for better performance.
7. The engineer calculated the stress on the Ejector Assembly Bracket.
8. The Ejector Assembly Bracket supports the ejector during operation.
9. Maintenance on the Ejector Assembly Bracket is crucial for machinery efficiency.
10. The Ejector Assembly Bracket holds the ejector in place securely.
11. An improperly installed Ejector Assembly Bracket can cause machinery failures.
12. They designed a new Ejector Assembly Bracket to improve production speeds.
13. The Ejector Assembly Bracket facilitates the removal of products from the mold.
14. He identified the Ejector Assembly Bracket as the source of the problem.
15. The Ejector Assembly Bracket was constructed from high-strength steel.
16. She explained how the Ejector Assembly Bracket works in the system.
17. The Ejector Assembly Bracket ensures reliable ejection of parts.
18. We tested the Ejector Assembly Bracket for stability during operation.
19. A faulty Ejector Assembly Bracket can lead to production delays.
20. The Ejector Assembly Bracket was upgraded for enhanced performance.
21. He secured the Ejector Assembly Bracket with bolts and nuts.
22. The Ejector Assembly Bracket provides essential support in the machine.
23. Workers were trained on how to replace the Ejector Assembly Bracket.
24. The Ejector Assembly Bracket is crucial for the machine's efficiency.
25. She highlighted the importance of the Ejector Assembly Bracket in her report.
26. The Ejector Assembly Bracket can be customized for different machines.
27. He disassembled the Ejector Assembly Bracket for inspection.
28. The Ejector Assembly Bracket was painted to prevent rust.
29. They monitored the Ejector Assembly Bracket during the testing phase.
30. The Ejector Assembly Bracket was designed to withstand high temperatures.
31. Maintenance teams tracked the condition of the Ejector Assembly Bracket.
32. The Ejector Assembly Bracket is often overlooked in routine checks.
33. She recorded the measurements for the new Ejector Assembly Bracket.
34. The Ejector Assembly Bracket must align perfectly with the ejector.
35. He fabricated a prototype for the new Ejector Assembly Bracket.
36. The Ejector Assembly Bracket was replaced during the routine maintenance.
37. They analyzed the design of the Ejector Assembly Bracket for improvements.
38. The Ejector Assembly Bracket could be the cause of the malfunction.
39. She consulted the manual for the Ejector Assembly Bracket specifications.
40. The Ejector Assembly Bracket was installed quickly by the technicians.
41. He described the function of the Ejector Assembly Bracket in detail.
42. The Ejector Assembly Bracket was painted to match the machine's color scheme.
43. They calibrated the sensors near the Ejector Assembly Bracket.
44. The Ejector Assembly Bracket was designed with user safety in mind.
45. He verified that the Ejector Assembly Bracket was secure before starting.
46. The Ejector Assembly Bracket is an essential part of the ejector system.
47. She referenced the Ejector Assembly Bracket in her engineering thesis.
48. The Ejector Assembly Bracket requires regular checks for wear and tear.
49. He noted the importance of the Ejector Assembly Bracket in his presentation.
50. The Ejector Assembly Bracket was modified for a new machine model.
51. They highlighted the need for quality materials in the Ejector Assembly Bracket.
52. The Ejector Assembly Bracket is often tested under extreme conditions.
53. He reassessed the design of the Ejector Assembly Bracket after feedback.
54. The Ejector Assembly Bracket was reinforced to handle heavy loads.
55. She explained the process of replacing the Ejector Assembly Bracket.
56. The Ejector Assembly Bracket was subjected to rigorous testing.
57. He tracked the performance of the Ejector Assembly Bracket over time.
58. The Ejector Assembly Bracket was essential for the machine's operation.
59. She demonstrated how to install the Ejector Assembly Bracket.
60. The Ejector Assembly Bracket was a critical component in the assembly line.
61. They manufactured a new Ejector Assembly Bracket for better efficiency.
62. The Ejector Assembly Bracket ensures consistent product output.
63. He measured the dimensions needed for the Ejector Assembly Bracket.
64. The Ejector Assembly Bracket was connected to the mainframe securely.
65. She recommended replacing the Ejector Assembly Bracket every few years.
66. The Ejector Assembly Bracket was a focal point in the maintenance discussion.
67. He updated the specifications for the Ejector Assembly Bracket in the system.
68. The Ejector Assembly Bracket was designed to minimize vibrations.
69. They created a checklist for inspecting the Ejector Assembly Bracket.
70. The Ejector Assembly Bracket was manufactured with precision engineering.
71. He observed the behavior of the Ejector Assembly Bracket during tests.
72. The Ejector Assembly Bracket was pivotal to the machine's upgrades.
73. She organized a workshop on the importance of the Ejector Assembly Bracket.
74. The Ejector Assembly Bracket will be featured in the next edition of the manual.
75. He examined the Ejector Assembly Bracket for any defects.
76. The Ejector Assembly Bracket is a key part of the production line.
77. She documented all changes made to the Ejector Assembly Bracket.
78. The Ejector Assembly Bracket can easily be replaced if damaged.
79. He participated in discussions about the Ejector Assembly Bracket's design.
80. The Ejector Assembly Bracket was improved based on user feedback.
81. She mentioned the Ejector Assembly Bracket during the safety briefing.
82. The Ejector Assembly Bracket is designed for quick release.
83. He was tasked with overseeing the installation of the Ejector Assembly Bracket.
84. The Ejector Assembly Bracket was painted to prevent corrosion.
85. She shared insights on optimizing the Ejector Assembly Bracket's performance.
86. The Ejector Assembly Bracket must be aligned properly for effective operation.
87. He compiled a report on the Ejector Assembly Bracket's performance metrics.
88. The Ejector Assembly Bracket is regularly assessed for improvements.
89. She supervised the installation of the new Ejector Assembly Bracket.
90. The Ejector Assembly Bracket was included in the machine redesign.
91. He calibrated the settings related to the Ejector Assembly Bracket.
92. The Ejector Assembly Bracket is crucial for maintaining production rates.
93. She recommended a specific type of material for the Ejector Assembly Bracket.
94. The Ejector Assembly Bracket was shown to enhance overall machine performance.
95. He analyzed the failure rates of the Ejector Assembly Bracket in the report.
96. The Ejector Assembly Bracket was integrated into the new assembly line design.
97. She conducted tests to evaluate the durability of the Ejector Assembly Bracket.
98. The Ejector Assembly Bracket was adjusted for optimal functionality.
99. He provided feedback on the new Ejector Assembly Bracket design.
100. The Ejector Assembly Bracket is often a point of failure in older machines.