100 Examples of sentences containing the common noun "foliator"

Definition

A Foliator is a noun that refers to a device or tool used for the process of foliation, which is the act of creating layers or sheets, especially in contexts such as geology, botany, or manufacturing. In botany, it can also refer to a plant that produces leaves or foliage.

Synonyms

• Layering tool
• Leafing device
• Foliate machine
• Foliage producer

Antonyms

• Defoliator
• Leaf remover
• De-layering tool

Examples

1. The scientist used the Foliator to study the layers of sediment in the rock formation.
2. During the workshop, participants learned how to effectively use the Foliator to create beautiful leaf patterns.
3. The Foliator was essential for the botanist to analyze the leaf structure of various plants.
4. In the manufacturing process, the Foliator ensures that each layer is evenly distributed.
5. The artist utilized a special Foliator to enhance the texture of her paintings.
6. The new model of the Foliator can handle larger materials without compromising quality.
7. To improve efficiency, the factory upgraded their Foliator to a more advanced version.
8. The Foliator in the lab helped researchers understand plant growth patterns.
9. The landscape designer recommended the use of a Foliator for better foliage management.
10. Students were taught how to operate the Foliator during their horticulture class.
11. The Foliator allowed the team to create intricate designs in the paper.
12. A malfunctioning Foliator can lead to uneven layering in production.
13. The botanist observed how the Foliator affected the growth of different species of plants.
14. With the new Foliator, the efficiency of the process doubled.
15. The prototype of the Foliator was tested in various environmental conditions.
16. The Foliator contributed significantly to the field of botanical research.
17. We need to calibrate the Foliator to ensure it functions correctly.
18. The Foliator was designed with user-friendliness in mind.
19. She marveled at the efficiency of the Foliator during her internship.
20. The Foliator can be adjusted to create varying thicknesses of layers.
21. In geology, the Foliator plays a crucial role in understanding rock formations.
22. The old Foliator was replaced with a state-of-the-art model.
23. The researcher explained how the Foliator can influence leaf development.
24. A skilled operator can maximize the potential of the Foliator.
25. The Foliator simplifies the process of preparing samples for analysis.
26. He was fascinated by the mechanics of the Foliator during the demonstration.
27. The Foliator's efficiency was evident in the final product.
28. Proper maintenance of the Foliator is essential for its longevity.
29. The lab invested in a high-quality Foliator to enhance their research capabilities.
30. The Foliator produced layers that were uniform and aesthetically pleasing.
31. The complex design of the Foliator allows for versatility in its applications.
32. They had to troubleshoot the Foliator during the critical phase of production.
33. A well-functioning Foliator is crucial for quality control in manufacturing.
34. The botanist highlighted the importance of the Foliator in plant studies.
35. The Foliator was showcased at the technology expo for its innovative design.
36. The engineers worked tirelessly to improve the Foliator's performance.
37. The Foliator was a vital tool in the artist's studio.
38. The research team relied heavily on the Foliator for their experiments.
39. Adjusting the Foliator settings can lead to better results.
40. The Foliator allowed them to experiment with different leaf shapes.
41. A malfunctioning Foliator can disrupt the entire workflow.
42. The Foliator is a game changer in the field of material science.
43. They celebrated the successful integration of the new Foliator into their process.
44. The Foliator helped to streamline their production line.
45. Each layer produced by the Foliator was meticulously examined.
46. The Foliator was essential in achieving the desired texture in the project.
47. The versatility of the Foliator makes it suitable for various applications.
48. He learned how to operate the Foliator during his training.
49. The Foliator was instrumental in the success of the project.
50. They experimented with different materials using the Foliator.
51. The Foliator has become a standard tool in modern laboratories.
52. The artists praised the Foliator for its precision and reliability.
53. A well-maintained Foliator can last for many years.
54. The Foliator produced stunning results for the botanical exhibition.
55. They relied on the Foliator to create uniform layers for their project.
56. The Foliator was designed with multiple functions in mind.
57. The team evaluated the Foliator's performance during the trial run.
58. The Foliator was a key component in their research methodology.
59. The new features of the Foliator impressed the entire team.
60. The Foliator allowed for precise control over the layering process.
61. They invested in a high-quality Foliator to enhance productivity.
62. The Foliator is crucial for producing consistent results.
63. The technician calibrated the Foliator for optimal performance.
64. The Foliator can handle a variety of materials with ease.
65. The workshop attendees were eager to learn about the Foliator.
66. The Foliator is a testament to modern engineering and design.
67. Using the Foliator can greatly reduce production time.
68. The Foliator was equipped with advanced technology for precision.
69. The students were fascinated by how the Foliator worked.
70. The Foliator is essential for high-quality botanical illustrations.
71. The lab technician operated the Foliator with great skill.
72. They relied on the Foliator to achieve their research goals.
73. The Foliator was a highlight of the laboratory's open house event.
74. The efficiency of the Foliator impressed all the visitors.
75. The team conducted tests to evaluate the Foliator's capabilities.
76. The Foliator was integral to the project’s success.
77. They discovered new techniques for using the Foliator effectively.
78. The Foliator produced layers that were both strong and lightweight.
79. The workshop focused on innovative uses for the Foliator.
80. The Foliator was capable of creating intricate designs.
81. They demonstrated the Foliator's capabilities to the audience.
82. The Foliator has revolutionized the way they conduct research.
83. A detailed analysis was conducted on the Foliator's performance.
84. The artist’s work greatly benefited from the use of a Foliator.
85. The Foliator provided an unprecedented level of precision.
86. They found creative ways to utilize the Foliator in their projects.
87. The Foliator was a central topic of discussion at the conference.
88. The efficiency of the Foliator led to reduced costs in production.
89. The technician was praised for their skillful operation of the Foliator.
90. The Foliator played a vital role in the research findings.
91. There was a learning curve associated with using the Foliator.
92. The Foliator was designed to be user-friendly for all skill levels.
93. The team celebrated the successful implementation of the new Foliator.
94. The Foliator allowed them to push the boundaries of their creativity.
95. They were excited to showcase their work using the Foliator.
96. The Foliator has become an indispensable tool in the industry.
97. The lab invested in training for the proper use of the Foliator.
98. The Foliator was instrumental in achieving the desired outcomes.
99. They were impressed by the versatility of the Foliator.
100. The Foliator enabled them to produce layers with remarkable consistency.