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

Definition

An Ejector Pin Fixture is a specialized tool or device used in manufacturing processes, particularly in injection molding, to hold and align ejector pins that facilitate the removal of a molded part from a mold. This fixture ensures precision and efficiency during the molding process, allowing for smooth operation and minimizing the risk of damage to both the molded part and the mold itself.

Synonyms

• Ejector Pin Holder
• Ejector Pin Tool
• Ejector Pin Assembly
• Ejector Pin Setup

Antonyms

• Ejector Pin Block
• Ejector Pin Stopper

Examples

1. The technician used the Ejector Pin Fixture to align the pins accurately.
2. Before starting the mold process, the engineer checked the Ejector Pin Fixture for any defects.
3. To improve efficiency, the team designed a new Ejector Pin Fixture.
4. The Ejector Pin Fixture ensured that the pins were positioned correctly.
5. After the adjustment, the operator tested the Ejector Pin Fixture for functionality.
6. During the inspection, they found the Ejector Pin Fixture had a slight misalignment.
7. For optimal performance, the Ejector Pin Fixture must be calibrated regularly.
8. The prototype featured an innovative Ejector Pin Fixture design.
9. The production line incorporated a state-of-the-art Ejector Pin Fixture.
10. The maintenance team replaced the worn-out Ejector Pin Fixture.
11. The new employee learned how to operate the Ejector Pin Fixture efficiently.
12. In the assembly process, the Ejector Pin Fixture played a crucial role.
13. The engineer explained the purpose of the Ejector Pin Fixture to the trainees.
14. A malfunction in the Ejector Pin Fixture can lead to production delays.
15. The workshop invested in a high-quality Ejector Pin Fixture.
16. The design team improved the Ejector Pin Fixture for better durability.
17. The operator cleaned the Ejector Pin Fixture after each use.
18. The Ejector Pin Fixture was crucial for maintaining production quality.
19. They optimized the Ejector Pin Fixture to reduce waste.
20. The engineers debated the best materials for the Ejector Pin Fixture.
21. The Ejector Pin Fixture helped streamline the manufacturing process.
22. The old Ejector Pin Fixture was replaced with a more efficient model.
23. The project manager requested an upgrade to the Ejector Pin Fixture.
24. The Ejector Pin Fixture required adjustments after the first test run.
25. During the training session, the instructor demonstrated the Ejector Pin Fixture.
26. The factory implemented a new safety protocol for the Ejector Pin Fixture.
27. A precise Ejector Pin Fixture is essential for high-volume production.
28. The technician secured the Ejector Pin Fixture to the machine.
29. The design specifications for the Ejector Pin Fixture were reviewed.
30. The team discussed alternative designs for the Ejector Pin Fixture.
31. The Ejector Pin Fixture must withstand high temperatures during production.
32. The engineers collaborated on the new Ejector Pin Fixture project.
33. The Ejector Pin Fixture is an integral part of the injection molding process.
34. Operators should familiarize themselves with the Ejector Pin Fixture.
35. The new model of the Ejector Pin Fixture improved cycle times.
36. The maintenance logs for the Ejector Pin Fixture indicated regular usage.
37. The Ejector Pin Fixture was designed to minimize wear and tear.
38. During the quality check, the Ejector Pin Fixture showed no defects.
39. The technicians monitored the Ejector Pin Fixture throughout production.
40. Upgrading the Ejector Pin Fixture could lead to increased efficiency.
41. The company decided to outsource the manufacturing of the Ejector Pin Fixture.
42. The Ejector Pin Fixture is known for its robust construction.
43. The operator adjusted the settings on the Ejector Pin Fixture.
44. A faulty Ejector Pin Fixture can cause defects in the final product.
45. The production team analyzed the performance of the Ejector Pin Fixture.
46. The Ejector Pin Fixture was the focus of the latest training manual.
47. The technician documented the changes made to the Ejector Pin Fixture.
48. The Ejector Pin Fixture is crucial for effective part removal.
49. The design of an Ejector Pin Fixture can vary based on the mold type.
50. The operator followed the guidelines for setting up the Ejector Pin Fixture.
51. The Ejector Pin Fixture was praised for its ease of use.
52. The manufacturer introduced a new line of Ejector Pin Fixtures.
53. Each Ejector Pin Fixture has unique specifications based on the job.
54. The team reviewed the operational manual for the Ejector Pin Fixture.
55. The Ejector Pin Fixture enabled faster production rates.
56. The technician assembled the Ejector Pin Fixture before testing.
57. The Ejector Pin Fixture was equipped with advanced technology.
58. The operator calibrated the Ejector Pin Fixture for optimal performance.
59. They installed a new Ejector Pin Fixture in the injection molding machine.
60. The training included hands-on experience with the Ejector Pin Fixture.
61. The Ejector Pin Fixture is essential for maintaining mold integrity.
62. The quality control team inspected the Ejector Pin Fixture regularly.
63. The Ejector Pin Fixture was designed to accommodate multiple pin sizes.
64. Each operation required a specific setup of the Ejector Pin Fixture.
65. The team celebrated the successful implementation of the new Ejector Pin Fixture.
66. With proper maintenance, the Ejector Pin Fixture will last for years.
67. The software integrated with the Ejector Pin Fixture for real-time monitoring.
68. The Ejector Pin Fixture has become a standard in the industry.
69. The factory ensured all operators knew how to use the Ejector Pin Fixture.
70. The Ejector Pin Fixture was calibrated to meet production demands.
71. A well-designed Ejector Pin Fixture can reduce cycle times significantly.
72. The engineer developed a 3D model of the Ejector Pin Fixture.
73. The Ejector Pin Fixture was critical during the final assembly phase.
74. Safety features on the Ejector Pin Fixture were thoroughly tested.
75. The technical documentation for the Ejector Pin Fixture was updated.
76. The team conducted a performance review of the Ejector Pin Fixture.
77. The Ejector Pin Fixture was designed with user safety in mind.
78. They implemented changes to the Ejector Pin Fixture based on feedback.
79. The Ejector Pin Fixture ensured that parts were ejected smoothly.
80. The technician identified issues with the Ejector Pin Fixture during maintenance.
81. The Ejector Pin Fixture required specific tools for assembly.
82. The team evaluated different materials for the Ejector Pin Fixture.
83. The Ejector Pin Fixture was optimized for high-speed production.
84. Operators must be trained on the use of the Ejector Pin Fixture.
85. The Ejector Pin Fixture was praised for its innovative design.
86. The engineering team worked on enhancing the Ejector Pin Fixture.
87. The Ejector Pin Fixture was crucial for the project’s success.
88. The operator followed strict guidelines when using the Ejector Pin Fixture.
89. The Ejector Pin Fixture provided consistent results throughout production.
90. The team implemented a new cleaning protocol for the Ejector Pin Fixture.
91. The Ejector Pin Fixture was essential for precision manufacturing.
92. The technician refined the Ejector Pin Fixture to improve efficiency.
93. The Ejector Pin Fixture facilitated the rapid production of parts.
94. The maintenance schedule for the Ejector Pin Fixture was adhered to strictly.
95. The operator adjusted the Ejector Pin Fixture as needed during production.
96. The Ejector Pin Fixture was featured in the latest industry magazine.
97. A properly functioning Ejector Pin Fixture is vital for quality assurance.
98. The team documented their findings regarding the Ejector Pin Fixture.
99. The Ejector Pin Fixture was the key to solving production issues.
100. They celebrated the successful rollout of the new Ejector Pin Fixture design.