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

Definition

The term "Ejector Pin Holder Assembly" refers to a mechanical component used in molding processes, particularly in injection molding, to hold ejector pins that facilitate the removal of molded parts from a mold. This assembly ensures that ejector pins are accurately positioned and securely held in place during the molding cycle.

Synonyms

• Ejector Pin Holder
• Ejector Pin Assembly
• Pin Holder Assembly
• Ejector Mechanism

Antonyms

• Ejector Pin Remover (context-dependent)
• Fixed Mold (context-dependent)

Examples

1. The technician installed the Ejector Pin Holder Assembly carefully to avoid misalignment.
2. Before starting production, the team checked the Ejector Pin Holder Assembly for any defects.
3. The design of the Ejector Pin Holder Assembly ensures efficient pin operation.
4. During maintenance, they replaced the worn-out Ejector Pin Holder Assembly.
5. The Ejector Pin Holder Assembly was modified to accommodate larger ejector pins.
6. Engineers evaluated the Ejector Pin Holder Assembly for enhanced durability.
7. The manual describes how to properly set up the Ejector Pin Holder Assembly.
8. The operator adjusted the Ejector Pin Holder Assembly for optimal performance.
9. A malfunction in the Ejector Pin Holder Assembly led to production delays.
10. The new Ejector Pin Holder Assembly provides better support for the pins.
11. They designed the Ejector Pin Holder Assembly to be more user-friendly.
12. The production line requires a reliable Ejector Pin Holder Assembly to function smoothly.
13. She demonstrated how to replace the Ejector Pin Holder Assembly during the training session.
14. The Ejector Pin Holder Assembly was praised for its innovative design.
15. Maintenance personnel inspected the Ejector Pin Holder Assembly as part of routine checks.
16. The company invested in a new Ejector Pin Holder Assembly to increase efficiency.
17. The technician calibrated the Ejector Pin Holder Assembly for precise ejector pin placement.
18. A thorough understanding of the Ejector Pin Holder Assembly is essential for the job.
19. They developed a troubleshooting guide for issues related to the Ejector Pin Holder Assembly.
20. The Ejector Pin Holder Assembly has been upgraded to meet industry standards.
21. The assembly holds the ejector pins securely during the molding process.
22. They tested different materials for the Ejector Pin Holder Assembly to improve longevity.
23. The Ejector Pin Holder Assembly is critical for the successful operation of the machine.
24. The engineer reviewed the specifications of the Ejector Pin Holder Assembly.
25. The assembly ensured that the ejector pins operated smoothly and efficiently.
26. They encountered several challenges while designing the Ejector Pin Holder Assembly.
27. The new model of the Ejector Pin Holder Assembly features advanced technology.
28. The assembly is designed to withstand high pressures during operation.
29. The technician highlighted the importance of the Ejector Pin Holder Assembly in the process.
30. The Ejector Pin Holder Assembly was found to be the source of the issue.
31. Their research focused on improving the Ejector Pin Holder Assembly's design.
32. The assembly can be easily disassembled for cleaning and maintenance.
33. The Ejector Pin Holder Assembly contributes significantly to the efficiency of the machine.
34. The operator replaced the broken Ejector Pin Holder Assembly without delay.
35. The Ejector Pin Holder Assembly must be aligned accurately to function properly.
36. The assembly is crucial for minimizing cycle times in production.
37. They optimized the Ejector Pin Holder Assembly for better performance.
38. The Ejector Pin Holder Assembly was installed as part of the new machinery setup.
39. The team monitored the Ejector Pin Holder Assembly for any signs of wear.
40. The assembly is composed of high-strength materials to endure stress.
41. They evaluated the performance of the Ejector Pin Holder Assembly during testing.
42. The Ejector Pin Holder Assembly is often overlooked during maintenance checks.
43. The technician demonstrated the proper handling of the Ejector Pin Holder Assembly.
44. They designed an ergonomic Ejector Pin Holder Assembly for easier access.
45. The company recognized the need for a more robust Ejector Pin Holder Assembly.
46. The Ejector Pin Holder Assembly was replaced as a precautionary measure.
47. The assembly ensured consistent quality in the molded products.
48. They investigated the failure of the Ejector Pin Holder Assembly in the machine.
49. The Ejector Pin Holder Assembly was upgraded to include more features.
50. The assembly is essential for the entire injection molding process.
51. The technician secured the Ejector Pin Holder Assembly to prevent movement.
52. The Ejector Pin Holder Assembly is designed for easy installation.
53. They revised the design of the Ejector Pin Holder Assembly based on feedback.
54. The assembly enhanced the reliability of the injection molding machine.
55. The operator monitored the Ejector Pin Holder Assembly during production runs.
56. The Ejector Pin Holder Assembly was tested for its ability to withstand high temperatures.
57. The team recommended a different type of Ejector Pin Holder Assembly.
58. They implemented changes to improve the Ejector Pin Holder Assembly's efficiency.
59. The assembly was found to be faulty and needed replacement.
60. The Ejector Pin Holder Assembly is made from durable materials for longevity.
61. The technician noted that the Ejector Pin Holder Assembly required adjustments.
62. They documented the process of replacing the Ejector Pin Holder Assembly.
63. The assembly ensured that the ejector pins retracted properly after each cycle.
64. The Ejector Pin Holder Assembly is a key component in injection molding.
65. They collaborated with engineers to redesign the Ejector Pin Holder Assembly.
66. The assembly was carefully calibrated for precision.
67. The Ejector Pin Holder Assembly was highlighted in the safety manual.
68. The technician conducted routine checks on the Ejector Pin Holder Assembly.
69. They investigated a potential malfunction in the Ejector Pin Holder Assembly.
70. The Ejector Pin Holder Assembly was installed with the latest technology.
71. The assembly is important for the successful release of molded parts.
72. They developed a new Ejector Pin Holder Assembly to enhance productivity.
73. The technician reviewed the installation instructions for the Ejector Pin Holder Assembly.
74. The Ejector Pin Holder Assembly is often replaced after a certain number of cycles.
75. The assembly is crucial for ensuring the quality of the final product.
76. They optimized the design of the Ejector Pin Holder Assembly for better performance.
77. The technician secured the Ejector Pin Holder Assembly before starting the machine.
78. The Ejector Pin Holder Assembly is frequently tested under various conditions.
79. The assembly was designed to minimize wear and tear on ejector pins.
80. They noted the importance of the Ejector Pin Holder Assembly in their report.
81. The Ejector Pin Holder Assembly was appreciated for its innovative design.
82. The technician reported issues with the Ejector Pin Holder Assembly during the meeting.
83. The assembly is typically used in high-volume production settings.
84. They developed a maintenance schedule for the Ejector Pin Holder Assembly.
85. The Ejector Pin Holder Assembly was crucial in achieving consistent production quality.
86. The technician demonstrated proper cleaning methods for the Ejector Pin Holder Assembly.
87. The assembly is often customized to fit specific molding requirements.
88. They performed a detailed analysis of the Ejector Pin Holder Assembly.
89. The Ejector Pin Holder Assembly is designed for easy access during maintenance.
90. The technician identified a flaw in the Ejector Pin Holder Assembly's design.
91. They revised the assembly to improve its operational efficiency.
92. The Ejector Pin Holder Assembly was a key factor in reducing cycle times.
93. The assembly ensured that all ejector pins were functioning properly.
94. The team addressed concerns regarding the Ejector Pin Holder Assembly's durability.
95. The Ejector Pin Holder Assembly is often overlooked in maintenance manuals.
96. The technician recorded performance data for the Ejector Pin Holder Assembly.
97. They emphasized the importance of regular inspections of the Ejector Pin Holder Assembly.
98. The assembly was implemented to improve overall machine performance.
99. The Ejector Pin Holder Assembly is integral to the molding process.
100. The technician reviewed the troubleshooting steps for the Ejector Pin Holder Assembly.