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

Definition

The term "Ejector Pin Holder Knob" refers to a component commonly found in injection molding machinery. It is a mechanical part that secures and activates ejector pins, which are used to push molded parts out of the mold after the cooling process. This knob allows for the manual or automated adjustment of ejector pins, ensuring efficient operation during the molding cycle.

Synonyms

  • Ejector Pin Control Knob
  • Ejector Pin Adjustment Knob
  • Pin Holder Knob
  • Mold Release Knob

Antonyms

  • Ejector Pin Lock
  • Ejector Pin Stopper
  • Pin Holder Restraint

Examples

  1. The technician adjusted the Ejector Pin Holder Knob to improve the molding process.
  2. She found the Ejector Pin Holder Knob to be malfunctioning during the inspection.
  3. Each machine has a unique Ejector Pin Holder Knob designed for specific molds.
  4. The operator tightened the Ejector Pin Holder Knob before starting the cycle.
  5. He replaced the old Ejector Pin Holder Knob with a new one for better functionality.
  6. The Ejector Pin Holder Knob is critical for the effective ejection of parts.
  7. She noticed that the Ejector Pin Holder Knob was loose and needed attention.
  8. The manual provided detailed instructions on how to operate the Ejector Pin Holder Knob.
  9. The design of the Ejector Pin Holder Knob allows for easy access during maintenance.
  10. An improperly set Ejector Pin Holder Knob can lead to defective parts.
  11. The engineer testified that the Ejector Pin Holder Knob had improved the mold's efficiency.
  12. He demonstrated how to adjust the Ejector Pin Holder Knob for optimal performance.
  13. The factory floor was filled with machines, each sporting its own Ejector Pin Holder Knob.
  14. The Ejector Pin Holder Knob was specifically designed to withstand high temperatures.
  15. She checked the Ejector Pin Holder Knob for signs of wear and tear.
  16. The Ejector Pin Holder Knob must be securely fastened to prevent accidents.
  17. He always starts the process by inspecting the Ejector Pin Holder Knob.
  18. The Ejector Pin Holder Knob is an essential component of the injection molding process.
  19. They recalibrated the Ejector Pin Holder Knob after noticing some inconsistencies.
  20. The assembly line workers were trained to handle the Ejector Pin Holder Knob with care.
  21. The malfunctioning Ejector Pin Holder Knob caused delays in production.
  22. The operator explained the importance of the Ejector Pin Holder Knob in the process.
  23. He fixed the Ejector Pin Holder Knob to ensure the machine ran smoothly.
  24. The Ejector Pin Holder Knob can be adjusted depending on the type of material used.
  25. The manual included a diagram of the Ejector Pin Holder Knob for better understanding.
  26. She learned how to properly use the Ejector Pin Holder Knob during her training.
  27. The team reviewed the Ejector Pin Holder Knob specifications before production.
  28. The Ejector Pin Holder Knob was a crucial part of the molding machine's design.
  29. He monitored the Ejector Pin Holder Knob throughout the production cycle.
  30. The faulty Ejector Pin Holder Knob was promptly replaced to avoid further issues.
  31. She studied the mechanics of the Ejector Pin Holder Knob in detail.
  32. The adjustments made to the Ejector Pin Holder Knob improved the output quality.
  33. The factory's efficiency increased after upgrading the Ejector Pin Holder Knob.
  34. He identified the Ejector Pin Holder Knob as the source of the problem.
  35. The Ejector Pin Holder Knob provides a simple solution for complex molding challenges.
  36. She demonstrated the proper technique for operating the Ejector Pin Holder Knob.
  37. The Ejector Pin Holder Knob is often overlooked in maintenance checks.
  38. He calibrated the Ejector Pin Holder Knob to ensure precise operation.
  39. The Ejector Pin Holder Knob was designed for easy replacement and maintenance.
  40. She adjusted the Ejector Pin Holder Knob to accommodate different mold sizes.
  41. The Ejector Pin Holder Knob plays a vital role in achieving high production rates.
  42. He inspected the Ejector Pin Holder Knob before starting the machine.
  43. The Ejector Pin Holder Knob was upgraded to enhance its durability.
  44. She always keeps spare Ejector Pin Holder Knobs on hand for emergencies.
  45. The factory implemented regular checks of the Ejector Pin Holder Knob to maintain quality.
  46. He explained how the Ejector Pin Holder Knob functions in the molding process.
  47. The Ejector Pin Holder Knob is essential for the efficient ejection of products.
  48. She identified the need for a new Ejector Pin Holder Knob in the old machinery.
  49. The Ejector Pin Holder Knob must be compatible with the machine's specifications.
  50. He adjusted the tension on the Ejector Pin Holder Knob to prevent jamming.
  51. The Ejector Pin Holder Knob was the last component to be installed in the assembly.
  52. She observed that the Ejector Pin Holder Knob was not functioning as expected.
  53. The team developed a new design for the Ejector Pin Holder Knob to enhance usability.
  54. He secured the Ejector Pin Holder Knob after making the necessary adjustments.
  55. The Ejector Pin Holder Knob is often customized for specific production needs.
  56. She monitored the performance of the Ejector Pin Holder Knob throughout the test run.
  57. The Ejector Pin Holder Knob is critical for ensuring the integrity of the molded parts.
  58. He discussed the importance of the Ejector Pin Holder Knob with his colleagues.
  59. The Ejector Pin Holder Knob is responsible for ensuring smooth operation.
  60. She recognized the Ejector Pin Holder Knob as a key component in the machine.
  61. The Ejector Pin Holder Knob can significantly affect the cycle time of the molding process.
  62. He documented the specifications for the Ejector Pin Holder Knob for future reference.
  63. The Ejector Pin Holder Knob was a focal point in the machine's maintenance plan.
  64. She adjusted the Ejector Pin Holder Knob to ensure proper alignment.
  65. The technician calibrated the Ejector Pin Holder Knob for better precision.
  66. The Ejector Pin Holder Knob was responsible for the consistent quality of the output.
  67. He emphasized the need for regular checks on the Ejector Pin Holder Knob.
  68. The Ejector Pin Holder Knob was redesigned for easier handling.
  69. She learned the intricacies of the Ejector Pin Holder Knob during the training session.
  70. The Ejector Pin Holder Knob is a simple yet effective tool in molding operations.
  71. He noted that the Ejector Pin Holder Knob required lubrication for optimal performance.
  72. The Ejector Pin Holder Knob was placed in a more accessible location for operators.
  73. She taught new employees how to properly handle the Ejector Pin Holder Knob.
  74. The Ejector Pin Holder Knob plays a significant role in minimizing scrap rates.
  75. He researched various types of Ejector Pin Holder Knobs for better efficiency.
  76. The Ejector Pin Holder Knob is crucial for maintaining production speed.
  77. She highlighted the importance of the Ejector Pin Holder Knob in her presentation.
  78. The Ejector Pin Holder Knob can be adjusted without the need for tools.
  79. He studied the mechanics behind the Ejector Pin Holder Knob to improve designs.
  80. The Ejector Pin Holder Knob was the first thing he checked before starting the machine.
  81. She practiced adjusting the Ejector Pin Holder Knob during her training sessions.
  82. The Ejector Pin Holder Knob must be made of durable materials to withstand pressure.
  83. He explained the relationship between the Ejector Pin Holder Knob and the molding process.
  84. The Ejector Pin Holder Knob's design allows for rapid adjustments between cycles.
  85. She reviewed the manual to better understand the Ejector Pin Holder Knob's functionality.
  86. The Ejector Pin Holder Knob was crucial for the successful launch of the new product line.
  87. He examined the Ejector Pin Holder Knob for any signs of damage.
  88. The Ejector Pin Holder Knob is often the first part to wear out in high-volume operations.
  89. She demonstrated the best practices for using the Ejector Pin Holder Knob.
  90. The Ejector Pin Holder Knob can significantly reduce downtime when maintained properly.
  91. He identified the need for a stronger Ejector Pin Holder Knob during the review meeting.
  92. The Ejector Pin Holder Knob is designed to be user-friendly for operators.
  93. She cautioned her team about the importance of checking the Ejector Pin Holder Knob regularly.
  94. The Ejector Pin Holder Knob's functionality is vital for product quality assurance.
  95. He showed his colleagues how to troubleshoot issues with the Ejector Pin Holder Knob.
  96. The Ejector Pin Holder Knob is essential for the swift removal of parts from molds.
  97. She documented the performance of the Ejector Pin Holder Knob over several days.
  98. The Ejector Pin Holder Knob's design has been optimized for maximum efficiency.
  99. He stressed the need for immediate replacement of a faulty Ejector Pin Holder Knob.
  100. The Ejector Pin Holder Knob serves as a pivotal component in the injection molding process.
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