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

Definition

The "Ejector Pin Holder Assembly Housing" refers to a structural component in manufacturing and molding processes, specifically in injection molding machines. It is designed to hold the ejector pins, which are used to eject the molded part from the mold cavity once the part has solidified. This assembly housing is crucial for the effective operation of the injection molding process, ensuring that the ejector pins are properly aligned and securely mounted.

Synonyms

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

Antonyms

• Ejector Pin Release Mechanism
• Mold Base
• Mold Cavity

Examples

1. The technician will install the Ejector Pin Holder Assembly Housing before starting the molding process.
2. Engineers need to inspect the Ejector Pin Holder Assembly Housing for any signs of wear.
3. The Ejector Pin Holder Assembly Housing must be aligned correctly to prevent defects in the molded parts.
4. They decided to upgrade the Ejector Pin Holder Assembly Housing to improve efficiency.
5. The factory is planning to replace the old Ejector Pin Holder Assembly Housing with a new model.
6. It is essential to clean the Ejector Pin Holder Assembly Housing regularly to avoid contamination.
7. The design team will modify the Ejector Pin Holder Assembly Housing to enhance its durability.
8. Technicians should calibrate the Ejector Pin Holder Assembly Housing for optimal performance.
9. The manual provides clear instructions on how to assemble the Ejector Pin Holder Assembly Housing.
10. We need to test the Ejector Pin Holder Assembly Housing to ensure it meets the required standards.
11. The Ejector Pin Holder Assembly Housing can easily be adjusted for different mold sizes.
12. They will disassemble the Ejector Pin Holder Assembly Housing for maintenance.
13. The new Ejector Pin Holder Assembly Housing allows for quicker installation of ejector pins.
14. Operators are trained to handle the Ejector Pin Holder Assembly Housing safely.
15. It is critical to secure the Ejector Pin Holder Assembly Housing before operation.
16. The engineers are working on a prototype for the Ejector Pin Holder Assembly Housing.
17. They will document any issues found in the Ejector Pin Holder Assembly Housing during inspections.
18. The Ejector Pin Holder Assembly Housing must be reinforced to withstand high pressure.
19. Quality control will evaluate the Ejector Pin Holder Assembly Housing during the production run.
20. The team plans to innovate the Ejector Pin Holder Assembly Housing to improve its functionality.
21. Each workstation will be equipped with an Ejector Pin Holder Assembly Housing.
22. The Ejector Pin Holder Assembly Housing plays a vital role in the efficiency of the molding operation.
23. We need to source new materials for the Ejector Pin Holder Assembly Housing.
24. The maintenance team will replace any worn parts of the Ejector Pin Holder Assembly Housing.
25. The technician will demonstrate how to properly use the Ejector Pin Holder Assembly Housing.
26. Safety measures must be in place when working with the Ejector Pin Holder Assembly Housing.
27. They will develop a better design for the Ejector Pin Holder Assembly Housing.
28. The Ejector Pin Holder Assembly Housing should be monitored for any irregularities.
29. Engineers must review the specifications for the Ejector Pin Holder Assembly Housing.
30. The Ejector Pin Holder Assembly Housing can enhance the overall efficiency of the process.
31. We need to identify the best practices for maintaining the Ejector Pin Holder Assembly Housing.
32. The Ejector Pin Holder Assembly Housing will be tested under various conditions.
33. The assembly process of the Ejector Pin Holder Assembly Housing should be streamlined.
34. Operators are encouraged to report any issues with the Ejector Pin Holder Assembly Housing.
35. The team will collaborate on improvements for the Ejector Pin Holder Assembly Housing.
36. The new design will incorporate advanced features in the Ejector Pin Holder Assembly Housing.
37. It is important to verify the integrity of the Ejector Pin Holder Assembly Housing before use.
38. They will schedule routine checks for the Ejector Pin Holder Assembly Housing.
39. The Ejector Pin Holder Assembly Housing needs to be standardized across all machines.
40. The company aims to optimize the performance of the Ejector Pin Holder Assembly Housing.
41. The maintenance logs should include details on the Ejector Pin Holder Assembly Housing.
42. The Ejector Pin Holder Assembly Housing will be reinforced to handle heavier loads.
43. Our team will research the latest technology for the Ejector Pin Holder Assembly Housing.
44. The assembly team will practice the installation of the Ejector Pin Holder Assembly Housing.
45. The Ejector Pin Holder Assembly Housing must fit precisely within the mold.
46. They will implement new guidelines for the use of the Ejector Pin Holder Assembly Housing.
47. The Ejector Pin Holder Assembly Housing must be compatible with various mold designs.
48. We will analyze the performance data of the Ejector Pin Holder Assembly Housing.
49. The Ejector Pin Holder Assembly Housing should be inspected after each production cycle.
50. Our engineers will design a more compact version of the Ejector Pin Holder Assembly Housing.
51. The Ejector Pin Holder Assembly Housing can reduce the cycle time significantly.
52. They will ensure that the Ejector Pin Holder Assembly Housing is functioning properly.
53. The technical team will assist in improving the Ejector Pin Holder Assembly Housing.
54. The Ejector Pin Holder Assembly Housing needs to be replaced every few years.
55. They will conduct a thorough evaluation of the Ejector Pin Holder Assembly Housing.
56. The Ejector Pin Holder Assembly Housing is critical for the reliability of the product.
57. Each Ejector Pin Holder Assembly Housing must be labeled for easy identification.
58. The team aims to reduce costs associated with the Ejector Pin Holder Assembly Housing.
59. We will engage with suppliers to improve the quality of the Ejector Pin Holder Assembly Housing.
60. The Ejector Pin Holder Assembly Housing should be designed for easy access during maintenance.
61. They will track the performance of the Ejector Pin Holder Assembly Housing over time.
62. The production line will be adjusted to accommodate the new Ejector Pin Holder Assembly Housing.
63. The Ejector Pin Holder Assembly Housing can support multiple ejector pins simultaneously.
64. Our goal is to refine the design of the Ejector Pin Holder Assembly Housing.
65. The Ejector Pin Holder Assembly Housing must be tested for durability.
66. Engineers need to ensure the Ejector Pin Holder Assembly Housing meets safety standards.
67. The factory will produce a new batch of Ejector Pin Holder Assembly Housing next month.
68. The Ejector Pin Holder Assembly Housing should be manufactured using high-quality materials.
69. The assembly instructions for the Ejector Pin Holder Assembly Housing will be revised.
70. We will review the feedback from operators regarding the Ejector Pin Holder Assembly Housing.
71. The Ejector Pin Holder Assembly Housing is crucial for maintaining product quality.
72. They will evaluate alternative designs for the Ejector Pin Holder Assembly Housing.
73. The Ejector Pin Holder Assembly Housing must be installed with precision.
74. Their goal is to eliminate downtime caused by issues with the Ejector Pin Holder Assembly Housing.
75. The Ejector Pin Holder Assembly Housing is often overlooked during maintenance checks.
76. They will explore different configurations of the Ejector Pin Holder Assembly Housing.
77. The Ejector Pin Holder Assembly Housing can affect the speed of the production process.
78. We need to compile a list of potential suppliers for the Ejector Pin Holder Assembly Housing.
79. The efficiency of the mold can be enhanced by optimizing the Ejector Pin Holder Assembly Housing.
80. They will demonstrate the correct way to operate the Ejector Pin Holder Assembly Housing.
81. The Ejector Pin Holder Assembly Housing should be compatible with automatic systems.
82. Regular training will ensure everyone understands the Ejector Pin Holder Assembly Housing.
83. They will conduct a survey to gather opinions on the Ejector Pin Holder Assembly Housing.
84. The Ejector Pin Holder Assembly Housing plays an important role in reducing scrap rates.
85. We will test new materials for the Ejector Pin Holder Assembly Housing.
86. The Ejector Pin Holder Assembly Housing can improve the overall workflow.
87. They will organize a workshop on the maintenance of the Ejector Pin Holder Assembly Housing.
88. The Ejector Pin Holder Assembly Housing must be protected from damage during transport.
89. They will monitor the usage of the Ejector Pin Holder Assembly Housing closely.
90. The Ejector Pin Holder Assembly Housing should be adjusted as needed for various molds.
91. We will discuss the findings regarding the Ejector Pin Holder Assembly Housing in the next meeting.
92. The Ejector Pin Holder Assembly Housing must be properly lubricated for smooth operation.
93. They will implement a new inspection protocol for the Ejector Pin Holder Assembly Housing.
94. The Ejector Pin Holder Assembly Housing should be kept in a clean environment.
95. They will schedule additional training sessions focused on the Ejector Pin Holder Assembly Housing.
96. The Ejector Pin Holder Assembly Housing can be customized for specific applications.
97. Our next step is to finalize the design of the Ejector Pin Holder Assembly Housing.
98. The Ejector Pin Holder Assembly Housing can handle various ejector pin configurations.
99. We must ensure that all personnel are aware of the Ejector Pin Holder Assembly Housing's specifications.
100. The Ejector Pin Holder Assembly Housing will be showcased at the upcoming trade show.