100 Examples of sentences containing the common noun "ejector clamp"

Definition

An Ejector Clamp is a mechanical device used in manufacturing and engineering processes, primarily to hold and stabilize workpieces during machining or other operations. It includes a mechanism that allows the workpiece to be easily ejected or released once the operation is completed. Ejector clamps are commonly used in injection molding, machining centers, and other automated systems to ensure precision and efficiency.

Synonyms

• Ejector Fixture
• Clamp
• Gripper
• Holding Device
• Workpiece Holder

Antonyms

• Releaser
• Separator
• Unclamping Device

Examples

1. The technician adjusted the Ejector Clamp to ensure the workpiece was securely held.
2. During the machining process, it is crucial to have a properly functioning Ejector Clamp.
3. The Ejector Clamp allows for rapid loading and unloading of parts in the assembly line.
4. Engineers designed a new Ejector Clamp that minimizes cycle time.
5. She demonstrated how to operate the Ejector Clamp safely.
6. The Ejector Clamp malfunctioned, causing a delay in production.
7. After the part cooled, the Ejector Clamp quickly released it for inspection.
8. The Ejector Clamp was made from durable materials to withstand high pressure.
9. He replaced the old Ejector Clamp with a new model to improve efficiency.
10. The Ejector Clamp can handle various sizes of workpieces without adjustments.
11. The factory relies on the Ejector Clamp for consistent quality control.
12. Operators must be trained to manage the Ejector Clamp effectively.
13. The design of the Ejector Clamp reduces the risk of damage to the workpiece.
14. The Ejector Clamp was integrated into the robotic system for automation.
15. She calibrated the Ejector Clamp to fit the specific dimensions of the part.
16. The Ejector Clamp featured a quick-release mechanism for efficiency.
17. Technicians often check the Ejector Clamp for wear and tear.
18. The Ejector Clamp ensures precision alignment during the manufacturing process.
19. Modifications to the Ejector Clamp improved the overall workflow.
20. The Ejector Clamp is essential for the safe handling of heavy materials.
21. They installed a new Ejector Clamp to enhance productivity on the line.
22. The Ejector Clamp was praised for its innovative design.
23. A malfunctioning Ejector Clamp can lead to costly downtime.
24. The Ejector Clamp is a key component in injection molding machines.
25. Operators must ensure the Ejector Clamp is properly engaged before starting.
26. The Ejector Clamp plays a vital role in the assembly process.
27. She was tasked with testing the reliability of the Ejector Clamp.
28. The Ejector Clamp mechanism is designed for easy maintenance.
29. The team evaluated the performance of the Ejector Clamp in different scenarios.
30. The Ejector Clamp effectively held the part during the finishing process.
31. Engineers are developing a more versatile Ejector Clamp for varied applications.
32. The Ejector Clamp was adjusted to accommodate larger components.
33. The design team focused on the ergonomics of the Ejector Clamp.
34. The Ejector Clamp reduces handling time and increases safety.
35. The efficiency of the Ejector Clamp directly impacts production rates.
36. The new Ejector Clamp design allows for greater flexibility in operations.
37. The Ejector Clamp is crucial for automated assembly lines.
38. Safety protocols must be followed when operating the Ejector Clamp.
39. The Ejector Clamp was tested under various pressure conditions.
40. The Ejector Clamp can be programmed for different workpiece types.
41. Workers are trained to troubleshoot issues with the Ejector Clamp.
42. The Ejector Clamp is manufactured using high-strength materials.
43. Upgrading the Ejector Clamp improved the overall efficiency of the machine.
44. The Ejector Clamp was a significant advancement in the production process.
45. The design of the Ejector Clamp considers both functionality and safety.
46. Maintenance of the Ejector Clamp is crucial for consistent performance.
47. The Ejector Clamp holds the workpiece securely during high-speed operations.
48. The Ejector Clamp allows for swift changes between different products.
49. The technician demonstrated how to reposition the Ejector Clamp.
50. The Ejector Clamp can significantly reduce production errors.
51. Adjusting the Ejector Clamp settings can optimize the manufacturing process.
52. The Ejector Clamp was featured in the latest engineering magazine.
53. Effective use of the Ejector Clamp improves the quality of the final product.
54. The Ejector Clamp design includes safety features to protect operators.
55. He was responsible for programming the Ejector Clamp for new projects.
56. The Ejector Clamp can be used in various industries, from automotive to aerospace.
57. A precise Ejector Clamp ensures that parts are manufactured to specifications.
58. The Ejector Clamp is often integrated with vision systems for accuracy.
59. The technician performed routine checks on the Ejector Clamp.
60. A reliable Ejector Clamp is essential for high-volume production.
61. The Ejector Clamp was designed for quick adjustments and easy operation.
62. The effectiveness of the Ejector Clamp is evaluated regularly.
63. The Ejector Clamp has a pivotal role in reducing labor costs.
64. Training sessions on the Ejector Clamp help improve workplace safety.
65. The Ejector Clamp was upgraded to accommodate larger manufacturing runs.
66. The prototype of the Ejector Clamp was tested in various conditions.
67. The Ejector Clamp can be customized for specific manufacturing needs.
68. The Ejector Clamp simplifies the process of part swapping in production.
69. The engineering team focused on enhancing the Ejector Clamp functionality.
70. The Ejector Clamp is essential for maintaining consistent production quality.
71. Technicians can troubleshoot issues related to the Ejector Clamp.
72. The Ejector Clamp is used to stabilize parts during welding operations.
73. The Ejector Clamp features a locking mechanism for added security.
74. A malfunctioning Ejector Clamp can affect the entire assembly line.
75. The Ejector Clamp was designed with user-friendliness in mind.
76. Operators must verify the Ejector Clamp is engaged before starting the machine.
77. The Ejector Clamp helps in achieving tighter tolerances in manufacturing.
78. The design of the Ejector Clamp is constantly evolving with technology.
79. A well-calibrated Ejector Clamp improves the efficiency of the process.
80. The Ejector Clamp is a critical part of the injection molding setup.
81. The Ejector Clamp allows for quick changes between different products.
82. A reliable Ejector Clamp ensures minimal downtime in production.
83. The Ejector Clamp can operate under extreme conditions without failure.
84. The technician explained how to properly maintain the Ejector Clamp.
85. The Ejector Clamp is designed to withstand high operational stresses.
86. The Ejector Clamp was integral to the success of the new project.
87. The Ejector Clamp features an intuitive interface for easy operation.
88. The team evaluated how the Ejector Clamp can improve workflow.
89. The Ejector Clamp is used in various applications, from automotive to electronics.
90. The Ejector Clamp significantly reduces the risk of accidents in the workplace.
91. The versatility of the Ejector Clamp makes it suitable for many industries.
92. The Ejector Clamp is often part of a larger automated system.
93. The Ejector Clamp has become standard equipment in modern factories.
94. The Ejector Clamp contributes to reducing waste in manufacturing processes.
95. The Ejector Clamp provides a reliable solution for part handling.
96. The Ejector Clamp is essential for maintaining production schedules.
97. The design of the Ejector Clamp allows for easy integration with other machinery.
98. The Ejector Clamp helps achieve faster cycle times in production.
99. The Ejector Clamp must be inspected regularly for optimal performance.
100. The Ejector Clamp is an indispensable tool in modern manufacturing.