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

Definition

The "Ejector System" refers to a mechanical or hydraulic apparatus designed to remove or expel materials, typically from a confined space. This system is commonly used in various industries, including manufacturing, waste management, and automotive, to facilitate the efficient discharge of products or waste.

Synonyms

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

Antonyms

• Insertion System
• Retention System
• Holding Mechanism
• Confinement System
• Storage System

Examples

1. The Ejector System efficiently ejects waste material from the production line.
2. Our new Ejector System will eject old parts automatically during the manufacturing process.
3. The Ejector System is designed to eject contaminants from the liquid.
4. Engineers tested the Ejector System to ensure it could eject heavy debris.
5. The upgraded Ejector System has the capability to eject multiple items at once.
6. The Ejector System will eject the finished products directly onto the conveyor belt.
7. It was crucial for the Ejector System to eject the material without causing damage.
8. The team monitored the Ejector System to see how well it could eject excess pressure.
9. The Ejector System needs regular maintenance to ensure it can eject efficiently.
10. Our research focused on how the Ejector System could eject waste in an environmentally friendly manner.
11. The technician adjusted the Ejector System to eject smaller particles.
12. With the new design, the Ejector System can eject at a higher velocity.
13. The Ejector System malfunctioned, causing it to fail to eject items properly.
14. Operators were trained to troubleshoot the Ejector System when it would not eject.
15. The Ejector System was able to eject solid waste into the dumpster effectively.
16. The efficiency of the Ejector System directly affects how quickly we can eject products.
17. The Ejector System can eject debris without interrupting the workflow.
18. To improve production, the Ejector System was modified to eject materials faster.
19. The software controls allow the Ejector System to eject items on command.
20. Designers focused on how the Ejector System could eject materials with minimal energy.
21. The Ejector System was crucial in the process to eject the excess clay.
22. Operators must ensure the Ejector System can eject items without jamming.
23. The Ejector System was programmed to eject defective products automatically.
24. One of the key features of the Ejector System is its ability to eject waste continuously.
25. The Ejector System can eject a variety of shapes and sizes without adjustment.
26. The research indicated that the Ejector System could eject heavier items more effectively.
27. Our goal is to enhance the Ejector System to eject materials more smoothly.
28. The previous model struggled to eject items, but the new Ejector System performs much better.
29. The factory installed a new Ejector System to help eject metal scraps.
30. The Ejector System is designed to eject materials in an organized manner.
31. The Ejector System uses compressed air to eject items from the assembly line.
32. Our latest innovation in the Ejector System allows it to eject with precision.
33. The Ejector System needs to be calibrated to eject the correct amount of material.
34. The engineers were excited about the potential of the new Ejector System to eject waste efficiently.
35. The Ejector System can eject items at a specific angle for better placement.
36. The challenge was to develop a way for the Ejector System to eject items without errors.
37. The Ejector System must be able to eject materials under high pressure.
38. The team conducted tests to see how well the Ejector System could eject various substances.
39. The delay in production was due to the malfunctioning Ejector System that failed to eject products.
40. The Ejector System was installed to ensure that waste could be ejected during processing.
41. The technician will check the Ejector System to ensure it can eject items reliably.
42. The Ejector System was redesigned to eject materials quietly.
43. The new feature allows the Ejector System to eject items with greater accuracy.
44. Regular training on the Ejector System is essential for workers to understand how to eject safely.
45. The failure of the Ejector System to eject properly led to a production halt.
46. The Ejector System has been optimized to eject materials in a less time-consuming manner.
47. The engineers were pleased with how the Ejector System could eject heavier objects.
48. The Ejector System is a critical component that allows us to eject excess materials.
49. The factory upgraded to a state-of-the-art Ejector System to improve its ability to eject products.
50. The Ejector System uses sensors to determine when to eject items accurately.
51. An effective Ejector System can drastically reduce the time needed to eject waste.
52. The Ejector System was designed to eject materials without manual intervention.
53. The team is excited to see how the Ejector System can eject waste during trials.
54. The Ejector System has a unique design that allows it to eject materials in bulk.
55. The new Ejector System can eject items in a more streamlined fashion.
56. Operators had to learn how to reset the Ejector System when it wouldn’t eject.
57. The Ejector System is programmed to eject items based on a set schedule.
58. The goal was to create a more efficient Ejector System that could eject waste quickly.
59. The Ejector System malfunctioned, preventing it from being able to eject products.
60. With the recent upgrade, the Ejector System was able to eject items with less noise.
61. The efficiency of the Ejector System can greatly influence how quickly we can eject waste.
62. The Ejector System is equipped with a safety feature to prevent accidental ejection.
63. The factory relies heavily on the Ejector System to eject defective items.
64. The technician was called in to troubleshoot the Ejector System after it failed to eject.
65. The Ejector System will eject the contents of the container automatically at the push of a button.
66. The engineers are developing a new Ejector System that can eject materials at variable speeds.
67. The success of the project depended on the Ejector System being able to eject items reliably.
68. The Ejector System was designed to eject hazardous materials safely.
69. Regular inspections of the Ejector System are necessary to ensure it can eject effectively.
70. The Ejector System has a built-in feature that allows it to eject materials in different directions.
71. The Ejector System can eject lightweight materials without any issues.
72. The team reported that the Ejector System could eject components with high precision.
73. The Ejector System was updated to eject materials in a more efficient manner.
74. The factory’s new Ejector System has improved the rate at which we can eject items.
75. The Ejector System was intended to eject waste while minimizing spillage.
76. The design team worked hard to ensure the Ejector System could eject items seamlessly.
77. The Ejector System must be able to eject items under various environmental conditions.
78. The Ejector System was tested rigorously to ensure it could eject materials consistently.
79. The operators were relieved when the Ejector System resumed its ability to eject waste.
80. The Ejector System was a crucial part of the manufacturing process to eject scrap materials.
81. The new technology allows the Ejector System to eject items with less energy consumption.
82. The Ejector System has been programmed to eject materials based on sensor readings.
83. The Ejector System can eject materials of varying densities without any problems.
84. The factory relies on the Ejector System to eject items into the correct disposal area.
85. A malfunction in the Ejector System could lead to a backlog of products that need to be ejected.
86. The Ejector System was able to eject items in a matter of seconds.
87. The design of the Ejector System allows it to eject materials quietly.
88. The Ejector System is essential for preventing overflow by ensuring materials are ejected promptly.
89. The automation of the Ejector System allows it to eject waste without human intervention.
90. The Ejector System was specifically designed to eject items from tight spaces.
91. The team made adjustments to the Ejector System to ensure it could eject items at the right speed.
92. The Ejector System will eject items automatically when the sensor detects a blockage.
93. The Ejector System has proven to eject items with minimal error rates.
94. The operator learned how to reset the Ejector System when it wouldn’t eject.
95. The Ejector System was crucial in preventing waste buildup by ensuring it could eject efficiently.
96. The Ejector System can be fine-tuned to eject materials according to specific needs.
97. The factory’s productivity increased once the Ejector System could eject items faster.
98. The Ejector System is capable of ejecting items ranging from light plastic to heavy metals.
99. The maintenance team will check the Ejector System to ensure it can eject effectively.
100. The Ejector System is a vital tool for ensuring that waste materials can be ejected efficiently.