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

Definition

The term "Ejector Mechanism" refers to a mechanical device or system designed to forcibly remove or expel an object from a specific location or system. This mechanism is commonly used in various applications, such as firearms, machinery, and manufacturing processes, where the rapid removal of items is necessary for efficient operation.

Synonyms

• Expulsion Device
• Ejector System
• Discharge Mechanism
• Removal Apparatus

Antonyms

• Retainer
• Holder
• Confiner
• Binder

Examples

1. The Ejector Mechanism will eject the spent cartridge from the firearm after each shot.
2. Engineers are testing the Ejector Mechanism to ensure it can eject the faulty part efficiently.
3. The new design of the Ejector Mechanism allows it to eject items with greater precision.
4. During the malfunction, the Ejector Mechanism failed to eject the component correctly.
5. The developers are proud of how fast the Ejector Mechanism can eject the materials during production.
6. After the test, the Ejector Mechanism was found to eject debris at high speeds.
7. The factory relies on the Ejector Mechanism to eject products that don’t meet quality standards.
8. If the Ejector Mechanism is not maintained, it may fail to eject materials properly.
9. The technician adjusted the Ejector Mechanism to improve how it ejects items.
10. The Ejector Mechanism is designed to eject waste materials from the system automatically.
11. When the button is pressed, the Ejector Mechanism will eject the tray.
12. The Ejector Mechanism in the printer will eject the paper jam after troubleshooting.
13. The robotic arm’s Ejector Mechanism can eject parts with pinpoint accuracy.
14. Safety features are built into the Ejector Mechanism to prevent accidental ejection.
15. The Ejector Mechanism can eject multiple items in rapid succession.
16. Before using the device, ensure the Ejector Mechanism is clean and can eject effectively.
17. The Ejector Mechanism was designed to eject the payload from the drone safely.
18. The prototype’s Ejector Mechanism failed to eject the sample during the test run.
19. A malfunction in the Ejector Mechanism can cause it to eject objects unpredictably.
20. The Ejector Mechanism is critical for ensuring that the assembly line can eject products quickly.
21. To troubleshoot, we examined how the Ejector Mechanism functions and how it ejects.
22. The Ejector Mechanism was upgraded to ensure it can eject heavier items.
23. In the latest model, the Ejector Mechanism can eject items silently.
24. The Ejector Mechanism will eject the capsule with a single push of the button.
25. A jammed Ejector Mechanism can prevent the device from being able to eject properly.
26. The design of the Ejector Mechanism allows it to eject items without damaging them.
27. After every use, the Ejector Mechanism should be checked to ensure it can eject efficiently.
28. The Ejector Mechanism in this model is designed to eject with minimal effort.
29. Engineers are studying the Ejector Mechanism to enhance how it ejects materials under pressure.
30. Maintenance of the Ejector Mechanism is crucial for it to consistently eject items.
31. The Ejector Mechanism was activated, causing the system to eject excess fluid.
32. Users must understand how to operate the Ejector Mechanism to eject safely.
33. The Ejector Mechanism is responsible for how fast the machine can eject the finished product.
34. The Ejector Mechanism can eject up to ten items per minute in optimal conditions.
35. A successful operation requires that the Ejector Mechanism can eject without delay.
36. The engineers designed a new Ejector Mechanism that can eject larger components.
37. The accuracy of the Ejector Mechanism is vital for the assembly line to eject parts correctly.
38. The Ejector Mechanism is often the last step in the production line to eject completed goods.
39. When troubleshooting, check if the Ejector Mechanism can still eject items smoothly.
40. The Ejector Mechanism will automatically eject the defective units from the batch.
41. They modified the Ejector Mechanism to improve its ability to eject payloads.
42. The maintenance team inspected the Ejector Mechanism to ensure it would eject without issue.
43. The Ejector Mechanism failed to eject the cartridge during the test.
44. The product's final design includes an Ejector Mechanism to eject excess material.
45. The Ejector Mechanism is critical in ensuring that the printer can eject the paper correctly.
46. If the Ejector Mechanism works well, it should eject the item on the first attempt.
47. The Ejector Mechanism was patented for its innovative ability to eject items quickly.
48. When activated, the Ejector Mechanism will eject the item in a matter of seconds.
49. The worker demonstrated how to use the Ejector Mechanism to eject the parts.
50. The Ejector Mechanism is designed to eject items without leaving any residue.
51. The Ejector Mechanism must be recalibrated to ensure it can eject materials effectively.
52. The testing revealed that the Ejector Mechanism could eject at varying speeds.
53. During the presentation, they showed how the Ejector Mechanism can eject components safely.
54. The Ejector Mechanism needs to be activated manually to eject the items.
55. Without proper maintenance, the Ejector Mechanism may struggle to eject debris.
56. The Ejector Mechanism is a key component that allows the system to eject packages.
57. The operator was trained to ensure the Ejector Mechanism could eject materials efficiently.
58. The Ejector Mechanism allows for rapid ejection of waste from the process.
59. The Ejector Mechanism in the device is designed to eject objects quietly.
60. Adjusting the pressure can improve how the Ejector Mechanism ejects items.
61. A simple fix allowed the Ejector Mechanism to eject the items without delay.
62. The Ejector Mechanism works best when it can eject items in a controlled manner.
63. The Ejector Mechanism was designed to eject items that are too hot to handle.
64. It’s important for the Ejector Mechanism to eject items smoothly to prevent jams.
65. The Ejector Mechanism must be tested regularly to ensure it can eject efficiently.
66. The Ejector Mechanism can be integrated into various systems to eject materials effectively.
67. The Ejector Mechanism will eject the incorrect part during the assembly process.
68. The new model features an improved Ejector Mechanism that can eject more weight.
69. The Ejector Mechanism is often overlooked until it fails to eject properly.
70. A strong Ejector Mechanism is essential for high-speed production lines to eject parts quickly.
71. The technician noted that the Ejector Mechanism would need to be serviced to eject correctly.
72. The Ejector Mechanism allows for a clean ejection of waste materials.
73. After the upgrade, the Ejector Mechanism can now eject items faster than before.
74. The Ejector Mechanism has been improved to eject items with less force.
75. The factory's efficiency relies on the ability of the Ejector Mechanism to eject products consistently.
76. It’s crucial that the Ejector Mechanism is calibrated correctly to eject without error.
77. The Ejector Mechanism automatically ejects items when they reach the end of the line.
78. The manual explains how to troubleshoot the Ejector Mechanism if it fails to eject.
79. The operator pressed the button, activating the Ejector Mechanism to eject the tray.
80. The Ejector Mechanism is built to eject items while minimizing noise.
81. They installed a new Ejector Mechanism that can eject items in rapid succession.
82. The Ejector Mechanism malfunctioned, causing it to eject items randomly.
83. The design team is focused on improving how the Ejector Mechanism can eject materials.
84. The Ejector Mechanism needs to be cleaned to ensure it can eject smoothly.
85. With the new software, the Ejector Mechanism can now eject items more efficiently.
86. The Ejector Mechanism is essential for systems that need to eject waste quickly.
87. If the Ejector Mechanism is jammed, it may not eject items at all.
88. The latest model features an enhanced Ejector Mechanism that can eject larger loads.
89. The Ejector Mechanism in the assembly line can eject parts at a rapid pace.
90. Understanding how the Ejector Mechanism works can help prevent it from failing to eject.
91. The Ejector Mechanism is an important part of the machinery that helps eject products.
92. They conducted tests on the Ejector Mechanism to see how well it can eject consistently.
93. The Ejector Mechanism has been known to eject incorrectly if not calibrated.
94. The Ejector Mechanism must be operated with care to ensure it can eject safely.
95. The Ejector Mechanism was modified to eject items with minimal effort from the user.
96. The operator demonstrated how the Ejector Mechanism can eject items effectively.
97. The Ejector Mechanism has a built-in safety feature to prevent accidental ejection.
98. The Ejector Mechanism was tested extensively to ensure it can eject items reliably.
99. The prototype’s Ejector Mechanism was able to eject the sample without any issues.
100. The Ejector Mechanism plays a crucial role in ensuring that the system can eject waste efficiently.