66 Example Sentences Showcasing the Meaning of 'Mandrel'
The students in the mechanical workshop learned how to use a mandrel to create precise cuts in their metal projects.
The carpenter selected a mandrel to securely grip the wooden dowel while turning it on the lathe.
The engineering professor explained the importance of choosing the right mandrel for specific machining tasks during the lecture.
The young inventor designed a custom mandrel to assist in the fabrication of a prototype for her science project.
The metalworker skillfully manipulated the mandrel to achieve the desired shape for the decorative iron railing.
The mechanic used a mandrel to hold the cylindrical part in place while fine-tuning the engine components.
The manufacturing plant invested in high-quality mandrels to improve the precision of their production processes.
The aerospace engineer selected a specialized mandrel to ensure the accuracy of machining intricate components for the aircraft.
The machinist used a mandrel to shape the metal rod into a precise cylindrical form.
The blacksmith skillfully manipulated the mandrel to shape the hot iron into a perfectly curved handle for the sword.
The jeweler selected a tapered mandrel to resize the ring for the customer without compromising its integrity.
The artist used a mandrel as the central support for the clay sculpture, ensuring stability during the creative process.
The machinist demonstrated how to use a mandrel to the apprentices, emphasizing its importance in precision machining.
The carpenter employed a mandrel to shape the wooden dowel, achieving a flawless cylindrical profile for the furniture piece.
During the pottery class, the ceramics teacher demonstrated how to use a mandrel to shape the clay for creating elegant vases.
The sculptor relied on a mandrel to support the malleable material as she sculpted a lifelike figure from a block of marble.
In the metal fabrication workshop, the students practiced using a mandrel to fashion precise bends in the stainless steel sheets.
The jeweler carefully slid the gemstone onto the mandrel, ensuring a secure fit before crafting a bespoke ring for the customer.
The machinist adjusted the mandrel's settings to accommodate the varying diameters of the pipes being manufactured in the factory.
The skilled blacksmith heated the metal rod in the forge before shaping it around the mandrel to create a beautifully curved handle.
The automotive engineer explained the role of a mandrel in the mass production of exhaust pipes, ensuring uniformity and durability.
During the woodworking class, the students learned how to use a mandrel to enhance the precision of their lathe-turned wooden creations.
The artisanal chocolatier used a custom-designed mandrel to shape delicate chocolate decorations for the elaborate wedding cake.
The skilled glassblower relied on a mandrel to create intricate glass ornaments, maintaining control and precision in the delicate process.
The archaeologist carefully excavated a site, uncovering ancient tools, including a mandrel used by craftsmen centuries ago.
The aerospace engineer explained how a mandrel is employed in the fabrication of aircraft components for optimal strength and durability.
The seamstress relied on a mandrel to create consistent pleats in the fabric, ensuring the elegant flow of the evening gown.
In the automotive workshop, the mechanic demonstrated the use of a mandrel to bend and shape exhaust pipes for improved performance.
The marine biologist discovered a mandrel-like structure in the coral, speculating on its role in supporting underwater ecosystems.
The experienced potter used a mandrel to shape the clay vase, maintaining symmetry and form throughout the delicate crafting process.
The physics professor explained to the advanced class how a mandrel is crucial in the production of precision optics for telescopes.
The electrical engineer incorporated a mandrel in the manufacturing process to shape the insulating material around delicate wires.
The skilled machinist utilized a mandrel to ensure the consistent thickness of the metal sheet, a crucial aspect in aerospace manufacturing.
In the scientific laboratory, the researcher employed a mandrel to shape polymer samples for studying their mechanical properties.
The metal artist deftly employed a mandrel to craft a series of interlocking rings, forming an abstract sculpture for an art exhibition.