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

Definition

The "Ejector Pin Assembly Housing" is a mechanical component typically found in molding and casting processes. It refers to the housing or casing that contains the ejector pins, which are used to push out a molded part from a mold after the material has cooled and solidified. This assembly is crucial for ensuring the efficient removal of parts and maintaining the integrity of the mold.

Synonyms

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

Antonyms

• Mold Retainer
• Fixed Mold Assembly
• Non-ejecting Mold

Examples

1. The technician will check the Ejector Pin Assembly Housing for any wear and tear.
2. It's essential to install the Ejector Pin Assembly Housing properly to avoid issues during production.
3. The design of the Ejector Pin Assembly Housing affects the overall efficiency of the molding process.
4. We need to replace the Ejector Pin Assembly Housing before the next production run.
5. The engineer will analyze the Ejector Pin Assembly Housing to improve its performance.
6. They plan to upgrade the Ejector Pin Assembly Housing for better reliability.
7. The maintenance team will inspect the Ejector Pin Assembly Housing weekly.
8. She was instructed to clean the Ejector Pin Assembly Housing thoroughly.
9. The quality control department will evaluate the Ejector Pin Assembly Housing for defects.
10. He decided to modify the Ejector Pin Assembly Housing to accommodate different mold sizes.
11. The manual details how to assemble the Ejector Pin Assembly Housing correctly.
12. The production line will stop if the Ejector Pin Assembly Housing fails.
13. The technician will replace the worn-out Ejector Pin Assembly Housing during downtime.
14. They need to test the functionality of the Ejector Pin Assembly Housing.
15. The design team will revise the Ejector Pin Assembly Housing for better ergonomics.
16. She will demonstrate how to operate the Ejector Pin Assembly Housing.
17. The company has decided to manufacture a new Ejector Pin Assembly Housing model.
18. It’s vital to lubricate the Ejector Pin Assembly Housing to ensure smooth operation.
19. The engineers will design an innovative Ejector Pin Assembly Housing for future projects.
20. We need to source materials for the Ejector Pin Assembly Housing.
21. The assembly line can process parts faster with an efficient Ejector Pin Assembly Housing.
22. The prototype of the Ejector Pin Assembly Housing will be ready next week.
23. The operator will monitor the performance of the Ejector Pin Assembly Housing.
24. We should document any issues with the Ejector Pin Assembly Housing for review.
25. The new Ejector Pin Assembly Housing has significantly improved production speed.
26. They will deliver the Ejector Pin Assembly Housing by the end of the week.
27. The assembly line workers will train on how to handle the Ejector Pin Assembly Housing.
28. The manager will review the specifications of the Ejector Pin Assembly Housing.
29. It’s crucial to align the Ejector Pin Assembly Housing correctly during setup.
30. The technician will calibrate the Ejector Pin Assembly Housing for optimal performance.
31. The Ejector Pin Assembly Housing is integral to the injection molding process, and we must maintain it properly.
32. They will fabricate a custom Ejector Pin Assembly Housing for the new project.
33. The team will evaluate the impact of the Ejector Pin Assembly Housing on production efficiency.
34. We need to ensure that the Ejector Pin Assembly Housing is installed securely.
35. The design flaws in the Ejector Pin Assembly Housing need to be addressed immediately.
36. The operator must operate the Ejector Pin Assembly Housing carefully.
37. The new design will streamline the Ejector Pin Assembly Housing's functionality.
38. They will discuss the improvements needed for the Ejector Pin Assembly Housing.
39. The assembly process includes steps to integrate the Ejector Pin Assembly Housing effectively.
40. The engineers will simulate the performance of the Ejector Pin Assembly Housing under various conditions.
41. We plan to enhance the durability of the Ejector Pin Assembly Housing.
42. The project manager will coordinate the installation of the Ejector Pin Assembly Housing.
43. They will outline the steps for troubleshooting the Ejector Pin Assembly Housing.
44. The new Ejector Pin Assembly Housing design will reduce production waste.
45. The technician will diagnose any issues with the Ejector Pin Assembly Housing.
46. They will collaborate with suppliers for the Ejector Pin Assembly Housing components.
47. The team aims to optimize the design of the Ejector Pin Assembly Housing.
48. We need to evaluate the costs associated with the Ejector Pin Assembly Housing.
49. The assembly instructions for the Ejector Pin Assembly Housing must be followed precisely.
50. They will highlight the benefits of the new Ejector Pin Assembly Housing in their report.
51. The production team will schedule maintenance for the Ejector Pin Assembly Housing.
52. It’s important to document the installation process of the Ejector Pin Assembly Housing.
53. The assembly line operator will troubleshoot any issues with the Ejector Pin Assembly Housing.
54. The team will develop a training program for the Ejector Pin Assembly Housing operations.
55. They need to verify the alignment of the Ejector Pin Assembly Housing before starting.
56. The new model of the Ejector Pin Assembly Housing will enhance efficiency.
57. The maintenance crew will service the Ejector Pin Assembly Housing regularly.
58. The engineers will test the new features of the Ejector Pin Assembly Housing.
59. She will review the schematics of the Ejector Pin Assembly Housing.
60. The company aims to improve the reliability of the Ejector Pin Assembly Housing.
61. They will investigate the cause of the malfunction in the Ejector Pin Assembly Housing.
62. The operator is trained to handle the Ejector Pin Assembly Housing delicately.
63. The assembly line must adapt to changes in the Ejector Pin Assembly Housing design.
64. They plan to install additional safety features in the Ejector Pin Assembly Housing.
65. The project will focus on enhancing the Ejector Pin Assembly Housing's capabilities.
66. The team will compare the old and new designs of the Ejector Pin Assembly Housing.
67. The operations manual includes guidelines to maintain the Ejector Pin Assembly Housing.
68. They will showcase the latest advancements in the Ejector Pin Assembly Housing technology.
69. The engineers are tasked with optimizing the Ejector Pin Assembly Housing's design.
70. The assembly team will review the installation procedure for the Ejector Pin Assembly Housing.
71. The technician will report any issues found in the Ejector Pin Assembly Housing.
72. The company will launch a new version of the Ejector Pin Assembly Housing next quarter.
73. We need to assess the impact of the Ejector Pin Assembly Housing on production quality.
74. The training session will cover the operation of the Ejector Pin Assembly Housing.
75. They will test the durability of the Ejector Pin Assembly Housing under stress.
76. The assembly line must coordinate with the Ejector Pin Assembly Housing specifications.
77. The team will distribute the new guidelines for managing the Ejector Pin Assembly Housing.
78. They will ensure that all components of the Ejector Pin Assembly Housing are compatible.
79. The engineer will calculate the required dimensions for the Ejector Pin Assembly Housing.
80. The workshop will feature a demonstration of the Ejector Pin Assembly Housing.
81. The maintenance log will track any repairs on the Ejector Pin Assembly Housing.
82. The operator must understand the mechanics of the Ejector Pin Assembly Housing.
83. They will implement new safety protocols for the Ejector Pin Assembly Housing.
84. The team will research best practices for maintaining the Ejector Pin Assembly Housing.
85. The company seeks to enhance customer satisfaction with the Ejector Pin Assembly Housing.
86. They will review the feedback from operators on the Ejector Pin Assembly Housing.
87. The assembly line will improve workflow efficiency with the new Ejector Pin Assembly Housing.
88. The technician will consult the manual regarding the Ejector Pin Assembly Housing.
89. The project will accelerate the production of the Ejector Pin Assembly Housing.
90. They need to prioritize repairs on the Ejector Pin Assembly Housing.
91. The operator will demonstrate the correct procedure for using the Ejector Pin Assembly Housing.
92. They plan to research advancements in the Ejector Pin Assembly Housing technology.
93. The assembly line must adapt to the new Ejector Pin Assembly Housing design changes.
94. The team will collect data on the performance of the Ejector Pin Assembly Housing.
95. They will highlight the importance of regular checks on the Ejector Pin Assembly Housing.
96. The engineer will create a prototype for the updated Ejector Pin Assembly Housing.
97. The assembly instructions will include troubleshooting tips for the Ejector Pin Assembly Housing.
98. The technician will document any modifications made to the Ejector Pin Assembly Housing.
99. The production team will test different configurations of the Ejector Pin Assembly Housing.
100. They will evaluate the efficiency gains from the new Ejector Pin Assembly Housing design.