100 Examples of sentences containing the common noun "ejector mechanism-housing"

Definition

Ejector Mechanism Housing refers to the structural component of a machine or device that contains and protects the ejector mechanism, which is responsible for removing or expelling items from the machine. This housing is crucial for the functionality, safety, and efficiency of the ejector system, ensuring that the mechanism operates correctly and remains safeguarded from external damage.

Synonyms

• Ejector Case
• Ejector Assembly Housing
• Ejector Enclosure
• Ejector Casing

Antonyms

• Ejector Mechanism Base (in some contexts, as it may refer to a foundational part)
• Ejector Mechanism Support (implying less protective function)

Examples

1. The technician installed the Ejector Mechanism Housing in the new printing machine.
2. During maintenance, we checked the integrity of the Ejector Mechanism Housing.
3. The design of the Ejector Mechanism Housing was updated to improve durability.
4. An issue with the Ejector Mechanism Housing caused the machine to malfunction.
5. The engineer specified the material for the Ejector Mechanism Housing to withstand high temperatures.
6. The manual provided detailed instructions for assembling the Ejector Mechanism Housing.
7. We will need to replace the damaged Ejector Mechanism Housing before resuming production.
8. The Ejector Mechanism Housing is critical for the safety of operators.
9. Our team conducted a thorough analysis of the Ejector Mechanism Housing performance.
10. The Ejector Mechanism Housing was designed with advanced features for better efficiency.
11. A crack in the Ejector Mechanism Housing was detected during the inspection.
12. The Ejector Mechanism Housing must be properly aligned for optimal functioning.
13. Upgrading the Ejector Mechanism Housing can lead to improved output.
14. The Ejector Mechanism Housing was painted to prevent corrosion.
15. We sourced high-quality materials for the Ejector Mechanism Housing fabrication.
16. The technician explained how the Ejector Mechanism Housing affects the overall system.
17. They discovered that the Ejector Mechanism Housing was not securely fastened.
18. The Ejector Mechanism Housing design incorporates several safety features.
19. We regularly perform maintenance checks on the Ejector Mechanism Housing.
20. The prototype of the Ejector Mechanism Housing passed all performance tests.
21. The Ejector Mechanism Housing has multiple access points for easy servicing.
22. The project manager approved the new design for the Ejector Mechanism Housing.
23. The Ejector Mechanism Housing must be compatible with the existing machinery.
24. A malfunction in the Ejector Mechanism Housing can lead to production delays.
25. They analyzed the stress distribution in the Ejector Mechanism Housing.
26. The Ejector Mechanism Housing was reinforced to handle heavier loads.
27. The assembly process for the Ejector Mechanism Housing was streamlined.
28. The Ejector Mechanism Housing incorporates a locking mechanism for safety.
29. The team evaluated the impact of temperature on the Ejector Mechanism Housing.
30. The Ejector Mechanism Housing plays a vital role in the performance of the equipment.
31. We are researching new materials for the Ejector Mechanism Housing.
32. The Ejector Mechanism Housing is essential for efficient waste removal.
33. The quality control team inspected the Ejector Mechanism Housing for defects.
34. A proper seal on the Ejector Mechanism Housing is necessary to prevent leaks.
35. They upgraded the Ejector Mechanism Housing to enhance its lifespan.
36. The Ejector Mechanism Housing was designed with user-friendly access points.
37. They performed a stress test on the Ejector Mechanism Housing.
38. The Ejector Mechanism Housing can be customized to fit specific applications.
39. The team brainstormed ideas for improving the Ejector Mechanism Housing design.
40. The Ejector Mechanism Housing needs to be replaced every few years.
41. A thorough inspection of the Ejector Mechanism Housing is crucial before operation.
42. The Ejector Mechanism Housing was manufactured using advanced technology.
43. There was a delay in production due to issues with the Ejector Mechanism Housing.
44. The Ejector Mechanism Housing must meet safety regulations and standards.
45. The design team presented their ideas for the new Ejector Mechanism Housing.
46. The Ejector Mechanism Housing should be resistant to wear and tear.
47. They found that the Ejector Mechanism Housing was not properly sealed.
48. The Ejector Mechanism Housing is an integral part of the overall system design.
49. The engineers debated the best shape for the Ejector Mechanism Housing.
50. The Ejector Mechanism Housing is vital for ensuring efficient operation.
51. The new Ejector Mechanism Housing design improved the machine's efficiency.
52. A thorough cleaning of the Ejector Mechanism Housing is necessary after use.
53. The Ejector Mechanism Housing must be inspected regularly for wear.
54. The research focused on the thermal properties of the Ejector Mechanism Housing.
55. They studied how the Ejector Mechanism Housing interacts with other components.
56. The Ejector Mechanism Housing required modifications for better airflow.
57. The Ejector Mechanism Housing was crafted with precision engineering techniques.
58. Our findings indicate that the Ejector Mechanism Housing enhances performance.
59. They replaced the old Ejector Mechanism Housing with a newer model.
60. The Ejector Mechanism Housing must be easy to assemble and disassemble.
61. The Ejector Mechanism Housing protects the internal components from damage.
62. The design of the Ejector Mechanism Housing minimizes vibration.
63. The Ejector Mechanism Housing features a built-in safety lock.
64. Technicians were trained on the best practices for maintaining the Ejector Mechanism Housing.
65. The Ejector Mechanism Housing is designed to accommodate various ejector types.
66. A faulty Ejector Mechanism Housing can compromise the entire system.
67. The Ejector Mechanism Housing was praised for its innovative design.
68. They documented all changes made to the Ejector Mechanism Housing.
69. The Ejector Mechanism Housing is key to the overall reliability of the machine.
70. Engineers modeled the Ejector Mechanism Housing using CAD software.
71. The Ejector Mechanism Housing is made from lightweight yet strong materials.
72. The Ejector Mechanism Housing should be inspected for cracks after each use.
73. The Ejector Mechanism Housing was a focal point in the project review meeting.
74. The assembly instructions for the Ejector Mechanism Housing were clear and concise.
75. The Ejector Mechanism Housing can be retrofitted to improve older machines.
76. They emphasized the importance of the Ejector Mechanism Housing in their report.
77. The Ejector Mechanism Housing supports various ejector configurations.
78. Regular cleaning of the Ejector Mechanism Housing is recommended.
79. The Ejector Mechanism Housing must be aligned correctly to function properly.
80. The Ejector Mechanism Housing was reinforced to handle high-stress applications.
81. The Ejector Mechanism Housing is designed to minimize noise during operation.
82. The Ejector Mechanism Housing must be compatible with the ejector's specifications.
83. They created a prototype of the Ejector Mechanism Housing for testing.
84. The Ejector Mechanism Housing was highlighted as a critical improvement area.
85. There are several options for customizing the Ejector Mechanism Housing.
86. The Ejector Mechanism Housing is essential for protecting the ejector's components.
87. The Ejector Mechanism Housing features an ergonomic design for ease of use.
88. The project was delayed due to issues with the Ejector Mechanism Housing.
89. The Ejector Mechanism Housing was painted to match the machine's exterior.
90. The team is working on a new design for the Ejector Mechanism Housing.
91. The Ejector Mechanism Housing needs to be replaced after extensive use.
92. They reviewed the specifications for the Ejector Mechanism Housing before proceeding.
93. The Ejector Mechanism Housing was engineered for optimal airflow.
94. The Ejector Mechanism Housing must be securely mounted to the frame.
95. They obtained feedback on the Ejector Mechanism Housing from users.
96. The Ejector Mechanism Housing contains critical safety features.
97. The Ejector Mechanism Housing can be easily accessed for maintenance.
98. A well-designed Ejector Mechanism Housing contributes to overall system reliability.
99. The engineers tested various designs for the Ejector Mechanism Housing.
100. The Ejector Mechanism Housing is crucial for effective waste management in the system.