100 Examples of sentences containing the common noun "ejector pin-plate"

Definition

An Ejector Pin Plate is a component commonly used in the manufacturing industry, particularly in mold-making and injection molding processes. It refers to a flat plate that houses ejector pins, which are used to push out molded parts from molds after the plastic has cooled and solidified. The ejector pin plate plays a crucial role in ensuring that the molded part is released efficiently and without damage.

Synonyms

• Ejector Plate
• Pin Plate
• Ejector Pin Assembly

Antonyms

• Retention Plate
• Clamping Plate

Examples

1. The technician will Ejector Pin Plate to facilitate the removal of the molded parts.
2. We need to adjust the Ejector Pin Plate for better efficiency in production.
3. The engineer designed a new Ejector Pin Plate to improve the manufacturing process.
4. Before starting the machine, make sure the Ejector Pin Plate is properly aligned.
5. The quality of the Ejector Pin Plate directly affects the output of the production line.
6. He inspected the Ejector Pin Plate for any signs of wear and tear.
7. The replacement Ejector Pin Plate arrived just in time for the scheduled maintenance.
8. After the test run, we found that the Ejector Pin Plate was functioning correctly.
9. The operator had to replace the old Ejector Pin Plate with a new one.
10. Adjusting the Ejector Pin Plate can significantly reduce cycle time.
11. The Ejector Pin Plate was designed with ergonomics in mind.
12. She carefully calibrated the Ejector Pin Plate before the production began.
13. The malfunctioning Ejector Pin Plate caused delays in the assembly line.
14. Engineers often redesign the Ejector Pin Plate for enhanced performance.
15. The Ejector Pin Plate can be made of various materials depending on the application.
16. Testing the Ejector Pin Plate is essential before mass production.
17. The Ejector Pin Plate must be cleaned regularly to ensure optimal performance.
18. We installed a new Ejector Pin Plate to improve the mold release process.
19. The design of the Ejector Pin Plate affects the overall efficiency of the machine.
20. During maintenance, the technician checked the integrity of the Ejector Pin Plate.
21. The Ejector Pin Plate needs to be more durable to handle high-pressure applications.
22. They discussed the possibility of upgrading the Ejector Pin Plate in the next phase.
23. The team evaluated the Ejector Pin Plate for potential modifications.
24. A malfunctioning Ejector Pin Plate can lead to defective products.
25. The Ejector Pin Plate is a critical component in the injection molding process.
26. We documented the specifications of the Ejector Pin Plate for future reference.
27. The company specializes in custom Ejector Pin Plates for different molds.
28. The Ejector Pin Plate is crucial for the efficiency of the manufacturing line.
29. They installed the Ejector Pin Plate with precision to ensure it works effectively.
30. The new design of the Ejector Pin Plate was a game changer for production speed.
31. Regular maintenance on the Ejector Pin Plate extends its lifespan.
32. The Ejector Pin Plate required a new coating for better durability.
33. After the upgrade, the Ejector Pin Plate showed improved performance metrics.
34. The operator learned how to troubleshoot issues with the Ejector Pin Plate.
35. The company invested in high-quality materials for their Ejector Pin Plate.
36. The Ejector Pin Plate must be compatible with the mold design.
37. To avoid jams, the Ejector Pin Plate needs to be regularly inspected.
38. They were pleased with the new Ejector Pin Plate design's efficiency.
39. The Ejector Pin Plate is an integral part of the injection molding machine.
40. The engineer presented findings on the Ejector Pin Plate improvement.
41. The Ejector Pin Plate must be securely fastened to prevent mishaps.
42. Documentation on the Ejector Pin Plate was updated for compliance.
43. The Ejector Pin Plate's performance was benchmarked against industry standards.
44. She explained how the Ejector Pin Plate impacts the final product quality.
45. The assembly line workers are trained to handle the Ejector Pin Plate safely.
46. They had to troubleshoot the Ejector Pin Plate during the production run.
47. The Ejector Pin Plate design was patented for its innovation.
48. The factory invested in automated systems to manage the Ejector Pin Plate.
49. A well-maintained Ejector Pin Plate leads to fewer production errors.
50. The Ejector Pin Plate was modeled in CAD software for precision.
51. They conducted a workshop on the importance of the Ejector Pin Plate.
52. The Ejector Pin Plate is often overlooked but is vital for efficiency.
53. A broken Ejector Pin Plate can halt production entirely.
54. The Ejector Pin Plate is made from high-strength steel for durability.
55. They analyzed the wear patterns on the Ejector Pin Plate for design improvements.
56. The Ejector Pin Plate was installed with the latest technology.
57. The technician noted that the Ejector Pin Plate needed lubrication.
58. They created a checklist for maintaining the Ejector Pin Plate.
59. The Ejector Pin Plate must be aligned perfectly for optimal function.
60. The production team praised the efficiency of the new Ejector Pin Plate.
61. The Ejector Pin Plate was a key topic in the engineering meeting.
62. They ordered a custom Ejector Pin Plate for a specialized project.
63. The Ejector Pin Plate is designed to handle multiple ejector pins.
64. They discussed the impact of a malfunctioning Ejector Pin Plate on production.
65. The Ejector Pin Plate was tested under various conditions.
66. The operator demonstrated how to replace the Ejector Pin Plate.
67. The upgraded Ejector Pin Plate resulted in fewer defects.
68. She wrote a report on the efficiency of the Ejector Pin Plate.
69. The Ejector Pin Plate is subject to rigorous quality checks.
70. They implemented a new protocol for inspecting the Ejector Pin Plate.
71. The Ejector Pin Plate is crucial for high-volume manufacturing.
72. A malfunctioning Ejector Pin Plate can lead to costly downtimes.
73. The assembly team was trained on the Ejector Pin Plate handling procedures.
74. The Ejector Pin Plate must be periodically replaced as part of maintenance.
75. The design of the Ejector Pin Plate was revised for better performance.
76. They found a flaw in the Ejector Pin Plate during routine checks.
77. The Ejector Pin Plate went through extensive testing before approval.
78. He highlighted the advantages of a durable Ejector Pin Plate.
79. The team worked on a prototype for the new Ejector Pin Plate.
80. She emphasized the importance of a properly functioning Ejector Pin Plate.
81. The Ejector Pin Plate contributes to a smoother production process.
82. They celebrated the successful integration of the new Ejector Pin Plate.
83. The Ejector Pin Plate design was influenced by customer feedback.
84. They created a simulation to test the Ejector Pin Plate performance.
85. The Ejector Pin Plate is often modified to suit specific molds.
86. They reviewed the Ejector Pin Plate design for possible improvements.
87. The proper alignment of the Ejector Pin Plate is crucial for success.
88. The Ejector Pin Plate aids in reducing cycle times dramatically.
89. They sourced premium materials for the Ejector Pin Plate manufacturing.
90. The Ejector Pin Plate was a focal point in the design discussion.
91. The technician was praised for his expertise with the Ejector Pin Plate.
92. The Ejector Pin Plate has been optimized for maximum efficiency.
93. The production line often experiences issues due to the Ejector Pin Plate.
94. They consulted with experts on improving the Ejector Pin Plate functionality.
95. The Ejector Pin Plate's durability affects the overall machine performance.
96. The Ejector Pin Plate is integral to achieving high output rates.
97. They examined the relationship between the Ejector Pin Plate and production speed.
98. The Ejector Pin Plate was part of the innovation initiative launched last year.
99. She explained how to maintain the Ejector Pin Plate effectively.
100. The engineers collaborated to enhance the Ejector Pin Plate design.