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

Definition

The "Ejector Pin Holder System" refers to a mechanical assembly used in manufacturing processes, particularly in injection molding. It holds the ejector pins that push the molded parts out of the mold after the injection process. This system is crucial for ensuring the efficient release of products from molds without causing damage.

Synonyms

• Ejector Pin Assembly
• Ejector System
• Pin Holder Mechanism

Antonyms

• Mold Retention System
• Adhesion System

Examples

1. The technician adjusted the Ejector Pin Holder System to improve the release of the product.
2. During the inspection, we noticed the Ejector Pin Holder System was malfunctioning.
3. The engineer designed a new Ejector Pin Holder System to enhance productivity.
4. It is essential to maintain the Ejector Pin Holder System for optimal operation.
5. The factory upgraded its Ejector Pin Holder System to reduce cycle time.
6. A faulty Ejector Pin Holder System can lead to defective products.
7. The team tested the efficiency of the Ejector Pin Holder System under different conditions.
8. We need to order replacement parts for the Ejector Pin Holder System.
9. The Ejector Pin Holder System was installed last week during the renovation.
10. Proper calibration of the Ejector Pin Holder System is necessary for high-quality production.
11. The workshop manual includes detailed instructions for the Ejector Pin Holder System.
12. Operators are trained to handle issues related to the Ejector Pin Holder System.
13. The Ejector Pin Holder System must be compatible with various mold designs.
14. Regular maintenance of the Ejector Pin Holder System prevents production delays.
15. The prototype featured an innovative Ejector Pin Holder System design.
16. We analyzed the performance data of the Ejector Pin Holder System last quarter.
17. The assembly line was halted due to a problem with the Ejector Pin Holder System.
18. Engineers recommended optimizing the Ejector Pin Holder System for better efficiency.
19. The new model of the Ejector Pin Holder System has several advanced features.
20. Understanding the mechanics of the Ejector Pin Holder System is vital for technicians.
21. The production team is relying on a reliable Ejector Pin Holder System for their output.
22. An outdated Ejector Pin Holder System can hinder manufacturing processes.
23. The Ejector Pin Holder System was the key to reducing waste in the production line.
24. Operators received training on troubleshooting the Ejector Pin Holder System.
25. The maintenance schedule includes checks for the Ejector Pin Holder System.
26. The Ejector Pin Holder System plays a critical role in the injection molding cycle.
27. Adjustments to the Ejector Pin Holder System improved the overall workflow.
28. The company invested in a more efficient Ejector Pin Holder System.
29. The design of the Ejector Pin Holder System was modified to handle larger molds.
30. We conducted a risk assessment related to the Ejector Pin Holder System.
31. The Ejector Pin Holder System’s performance is monitored through regular audits.
32. A well-functioning Ejector Pin Holder System minimizes the risk of damage to molds.
33. The engineers gathered feedback on the Ejector Pin Holder System from operators.
34. A breakdown in the Ejector Pin Holder System can lead to costly downtime.
35. The prototype was successful thanks to the improved Ejector Pin Holder System.
36. Our team is responsible for the maintenance of the Ejector Pin Holder System.
37. The efficiency of the Ejector Pin Holder System directly impacts production output.
38. The Ejector Pin Holder System was initially designed for small-scale operations.
39. Technicians replaced worn-out components in the Ejector Pin Holder System.
40. The Ejector Pin Holder System must be regularly lubricated to function smoothly.
41. The factory implemented a new Ejector Pin Holder System to boost production rates.
42. A detailed inspection revealed issues within the Ejector Pin Holder System.
43. The Ejector Pin Holder System was customized for specific production needs.
44. Adjusting the Ejector Pin Holder System resolved the issue with stuck molds.
45. The project team highlighted the importance of a reliable Ejector Pin Holder System.
46. We developed guidelines for optimal use of the Ejector Pin Holder System.
47. The Ejector Pin Holder System was praised for its innovative engineering.
48. Training sessions included a module on the Ejector Pin Holder System.
49. The assembly process was streamlined by improving the Ejector Pin Holder System.
50. A malfunction in the Ejector Pin Holder System can lead to production inefficiencies.
51. The Ejector Pin Holder System must comply with industry safety standards.
52. We conducted experiments to test the durability of the Ejector Pin Holder System.
53. The Ejector Pin Holder System is crucial for high-volume manufacturing.
54. Operators were instructed on the proper handling of the Ejector Pin Holder System.
55. The design team evaluated the Ejector Pin Holder System for potential upgrades.
56. The Ejector Pin Holder System requires periodic calibration to maintain accuracy.
57. Issues with the Ejector Pin Holder System were reported during the last shift.
58. The efficiency of the Ejector Pin Holder System was a topic of discussion at the meeting.
59. We are sourcing new materials for the Ejector Pin Holder System components.
60. The Ejector Pin Holder System needs to be integrated with the new machinery.
61. Regular checks on the Ejector Pin Holder System can prevent costly repairs.
62. The Ejector Pin Holder System was praised for its ease of use.
63. A comprehensive review of the Ejector Pin Holder System’s effectiveness was conducted.
64. The assembly line's success relied heavily on the Ejector Pin Holder System.
65. The Ejector Pin Holder System was designed to withstand high-pressure conditions.
66. We upgraded the Ejector Pin Holder System to enhance product quality.
67. The Ejector Pin Holder System’s performance was below expectations last month.
68. Operators were reminded to report any irregularities in the Ejector Pin Holder System.
69. The Ejector Pin Holder System was carefully calibrated to ensure precision.
70. An efficient Ejector Pin Holder System can significantly reduce manufacturing costs.
71. The team brainstormed ideas for improving the Ejector Pin Holder System.
72. Our latest model features an automated Ejector Pin Holder System.
73. The Ejector Pin Holder System is one of the key components of the injection mold.
74. The workshop focused on troubleshooting the Ejector Pin Holder System.
75. The Ejector Pin Holder System was recognized for its innovative design.
76. We conducted a workshop to educate staff on the Ejector Pin Holder System.
77. The Ejector Pin Holder System was integral to the success of the new product line.
78. We need to analyze the data related to the Ejector Pin Holder System’s performance.
79. The technician performed routine maintenance on the Ejector Pin Holder System.
80. The Ejector Pin Holder System’s design was updated to improve ergonomics.
81. A malfunctioning Ejector Pin Holder System can lead to production delays.
82. The Ejector Pin Holder System’s specifications were documented for future reference.
83. The project involved redesigning the Ejector Pin Holder System for better efficiency.
84. The Ejector Pin Holder System was a vital element in the manufacturing process.
85. Operators were trained to troubleshoot the Ejector Pin Holder System.
86. The Ejector Pin Holder System must be tested regularly for safety compliance.
87. The assembly line was optimized with the latest Ejector Pin Holder System technology.
88. The Ejector Pin Holder System was modified to accommodate different mold sizes.
89. A comprehensive guide on the Ejector Pin Holder System was distributed to staff.
90. The Ejector Pin Holder System requires a specific type of maintenance.
91. The production manager emphasized the importance of a reliable Ejector Pin Holder System.
92. The Ejector Pin Holder System was the focus of the engineering review this quarter.
93. Staff members shared their experiences with the Ejector Pin Holder System.
94. The Ejector Pin Holder System was integral to reducing cycle time in production.
95. A new supplier was found for the components of the Ejector Pin Holder System.
96. The Ejector Pin Holder System was evaluated for potential cost savings.
97. Challenges with the Ejector Pin Holder System were addressed during the meeting.
98. The Ejector Pin Holder System’s design was optimized for better performance.
99. The company’s productivity improved significantly after upgrading the Ejector Pin Holder System.
100. The Ejector Pin Holder System is a key factor in the overall efficiency of the production line.