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

Definition

An Ejector Pin Tool is a specialized instrument used in manufacturing processes, particularly in injection molding, to assist in the removal of molded parts from a mold. It typically features a pin that can be activated to push or eject the molded item out of the mold cavity, ensuring smooth production and minimizing damage to the part.

Synonyms

  • Ejector Tool
  • Molding Pin Tool
  • Ejector Mechanism
  • Ejector System

Antonyms

  • Retainer Tool
  • Clamp Tool
  • Holding Tool

Examples

  1. The technician will use the Ejector Pin Tool to remove the plastic components from the mold.
  2. I need to adjust the Ejector Pin Tool for better alignment during production.
  3. It is essential to maintain the Ejector Pin Tool to ensure efficiency in the manufacturing process.
  4. The design engineer will review the specifications of the Ejector Pin Tool for compatibility.
  5. Our team plans to upgrade the Ejector Pin Tool to enhance its performance.
  6. The operator must clean the Ejector Pin Tool after each use to prevent contamination.
  7. I have to inspect the Ejector Pin Tool before starting the molding cycle.
  8. The Ejector Pin Tool can increase productivity by speeding up the part removal process.
  9. We will test the new Ejector Pin Tool to see if it improves cycle times.
  10. The maintenance crew will replace any worn parts of the Ejector Pin Tool this week.
  11. To avoid breakage, please handle the Ejector Pin Tool with care.
  12. The workshop is equipped with various sizes of the Ejector Pin Tool for different molds.
  13. She will demonstrate how to properly operate the Ejector Pin Tool during the training session.
  14. It's crucial to calibrate the Ejector Pin Tool according to the dimensions of the molded parts.
  15. The Ejector Pin Tool helps to minimize the risk of damaging the mold during part removal.
  16. They plan to invest in a more advanced Ejector Pin Tool for the new production line.
  17. The engineer will design a custom Ejector Pin Tool for complex geometries.
  18. We need to document the setup procedure for the Ejector Pin Tool in our manual.
  19. The Ejector Pin Tool should function smoothly to prevent delays in production.
  20. I will order a replacement Ejector Pin Tool if the current one is not working properly.
  21. The operator might experience difficulties if the Ejector Pin Tool is improperly aligned.
  22. It is essential to train new staff on how to use the Ejector Pin Tool effectively.
  23. The team will evaluate the efficiency of the Ejector Pin Tool after the first week of use.
  24. They often recommend using the Ejector Pin Tool for larger molded parts.
  25. The Ejector Pin Tool allows for quick and efficient removal of finished products.
  26. Make sure to store the Ejector Pin Tool in a dry place to prevent rust.
  27. The operator will monitor the performance of the Ejector Pin Tool throughout the shift.
  28. A malfunctioning Ejector Pin Tool can lead to increased downtime and costs.
  29. We will implement the new Ejector Pin Tool design next month.
  30. The factory's output will improve significantly once the Ejector Pin Tool is optimized.
  31. The operator must ensure that the Ejector Pin Tool is properly secured before starting the machine.
  32. They will celebrate the successful installation of the new Ejector Pin Tool.
  33. The Ejector Pin Tool is a critical component in the injection molding process.
  34. I will share the best practices for using the Ejector Pin Tool with the team.
  35. The production line will stop if the Ejector Pin Tool fails during operation.
  36. It is important to identify any issues with the Ejector Pin Tool immediately.
  37. The team will conduct regular inspections of the Ejector Pin Tool to ensure functionality.
  38. Workers should document any problems encountered with the Ejector Pin Tool.
  39. If you notice any irregularities, please report them regarding the Ejector Pin Tool.
  40. The Ejector Pin Tool must be calibrated to match the mold's specifications.
  41. The technician will repair the Ejector Pin Tool to restore its efficiency.
  42. We need to review the maintenance schedule for the Ejector Pin Tool.
  43. The operator can adjust the Ejector Pin Tool to accommodate different molds.
  44. The Ejector Pin Tool is designed to enhance the overall production workflow.
  45. I will demonstrate the correct way to use the Ejector Pin Tool in the next session.
  46. The factory will replace outdated Ejector Pin Tools with more modern versions.
  47. Safety precautions must be followed while operating the Ejector Pin Tool.
  48. The Ejector Pin Tool is essential for ensuring quality in molded parts.
  49. We will conduct a workshop on the Ejector Pin Tool next week.
  50. The quality assurance team will verify the effectiveness of the Ejector Pin Tool.
  51. Employees are encouraged to suggest improvements for the Ejector Pin Tool.
  52. The company aims to reduce waste by optimizing the Ejector Pin Tool's performance.
  53. The Ejector Pin Tool can assist in maintaining consistent production standards.
  54. The operator's experience can impact how well the Ejector Pin Tool performs.
  55. We will analyze the results after implementing the new Ejector Pin Tool.
  56. The Ejector Pin Tool can facilitate faster production cycles.
  57. The team will develop new techniques for using the Ejector Pin Tool more effectively.
  58. An efficient Ejector Pin Tool can lead to significant cost savings.
  59. I will coordinate with the suppliers for the new Ejector Pin Tool.
  60. The Ejector Pin Tool should be tested before mass production begins.
  61. Training on the Ejector Pin Tool is a part of the onboarding process for new employees.
  62. The maintenance team will schedule regular checks for the Ejector Pin Tool.
  63. They need to revise their procedure manual to include updates on the Ejector Pin Tool.
  64. The Ejector Pin Tool's performance can directly affect production efficiency.
  65. The operator should familiarize themselves with the Ejector Pin Tool's components.
  66. We will create a detailed guide on operating the Ejector Pin Tool safely.
  67. The Ejector Pin Tool can increase the lifespan of the mold by reducing wear and tear.
  68. Staff will participate in a seminar about the latest advancements in Ejector Pin Tool technology.
  69. The Ejector Pin Tool can be customized to meet specific production needs.
  70. I will check the inventory for spare parts for the Ejector Pin Tool.
  71. The design of the Ejector Pin Tool can impact the overall product quality.
  72. The operator will demonstrate how to troubleshoot the Ejector Pin Tool.
  73. Proper training on the Ejector Pin Tool can enhance safety in the workplace.
  74. The Ejector Pin Tool's efficiency can be measured by the number of parts produced each hour.
  75. We will integrate advanced sensors in the Ejector Pin Tool for better monitoring.
  76. The Ejector Pin Tool must comply with industry safety standards.
  77. Employees will learn about the importance of the Ejector Pin Tool in the production process.
  78. The Ejector Pin Tool can significantly reduce labor costs during production.
  79. The operator needs to verify the setup of the Ejector Pin Tool before starting.
  80. Our team will explore new materials for the Ejector Pin Tool to improve durability.
  81. The Ejector Pin Tool can improve the consistency of molded parts.
  82. I will organize a meeting to discuss the performance of the Ejector Pin Tool.
  83. The Ejector Pin Tool enables the quick removal of finished components.
  84. It is vital to replace the Ejector Pin Tool if it shows any signs of damage.
  85. The Ejector Pin Tool is a key element in achieving production targets.
  86. The team plans to evaluate the need for additional Ejector Pin Tools in the workflow.
  87. It's important to calibrate the Ejector Pin Tool regularly to maintain precision.
  88. The Ejector Pin Tool can facilitate a smoother production process.
  89. I will assist the operator with the Ejector Pin Tool setup for the next batch.
  90. The Ejector Pin Tool must be used correctly to avoid accidents.
  91. We will test the Ejector Pin Tool under various production conditions.
  92. The Ejector Pin Tool can contribute to a safer working environment.
  93. The design of the Ejector Pin Tool plays a crucial role in product quality.
  94. The operator will document their findings regarding the Ejector Pin Tool's performance.
  95. Staff should report any issues encountered with the Ejector Pin Tool immediately.
  96. The Ejector Pin Tool needs to be inspected regularly to ensure optimal performance.
  97. We will discuss the new Ejector Pin Tool features at the next team meeting.
  98. The Ejector Pin Tool can improve the turnaround time for production cycles.
  99. The technician will explain the benefits of the Ejector Pin Tool to the new hires.
  100. Proper use of the Ejector Pin Tool can prevent production delays and defects.
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