66 Example Sentences Showcasing the Meaning of 'Mandrel'
The expert tailor utilized a mandrel to shape the fabric while sewing, ensuring precision in the creation of a bespoke evening gown.
The skilled machinist demonstrated the proper technique for using a mandrel to the apprentices in the metalworking apprenticeship program.
The acoustic engineer explained how a mandrel is integral in shaping the internal components of musical instruments to achieve optimal sound quality.
The dental technician utilized a mandrel to shape dental prosthetics, ensuring a precise fit and comfortable experience for the patients.
The shipbuilder carefully employed a mandrel to shape the wooden planks for the hull, guaranteeing structural integrity in the maritime vessel.
The precision machinist selected a tungsten carbide mandrel for its durability and wear resistance when working on high-stress metal components.
During the culinary competition, the chef demonstrated using a mandrel to shape sugar sculptures into intricate and edible works of art.
The advanced woodworking class utilized a mandrel to turn wooden spindles, showcasing the versatility of the tool in crafting furniture.
The fashion designer employed a mandrel to shape the wire frames for avant-garde headpieces, adding a touch of artistic flair to the runway show.
The metallurgy student studied the use of mandrels in shaping metal alloys for specific industrial applications during a university research project.
The paleontologist carefully examined the fossilized mandrel found in the ancient rock layers, shedding light on prehistoric tool usage.
In the optics laboratory, the researcher used a mandrel to mold precision lenses for microscopes, enhancing the clarity of microscopic observations.
The architecture student integrated a mandrel into the model-making process, shaping the structural elements of the scale replica with precision.
The skilled engineer employed a mandrel to shape the ceramic components of the high-performance engine, optimizing efficiency in the racing car.
The artisanal baker utilized a mandrel to shape the dough for croissants, ensuring a consistent and flaky texture in the bakery's pastries.
The sculptural artist collaborated with a machinist to create a large-scale installation, using a mandrel to shape the metal elements of the artwork.
The aerospace technician employed a mandrel to shape the composite materials used in constructing lightweight and durable aircraft components.
The skilled potter demonstrated how to use a mandrel to create uniform shapes for pottery wheels, teaching aspiring artists in the ceramics workshop.
The scientific glassblower utilized a mandrel to shape intricate glass apparatus for experiments in the chemistry laboratory.
The experienced metalworker explained the importance of mandrels in the production of custom-made bicycle frames for optimal strength and stability.
During the historical reconstruction project, the reenactor utilized a mandrel to replicate ancient tools, ensuring accuracy in depicting daily life.
The urban planner discussed the use of mandrels in shaping architectural elements for public spaces, emphasizing aesthetics and functionality.
The nanotechnology engineer explained how mandrels are employed in fabricating nanoscale structures for cutting-edge electronic devices.
The architectural designer utilized a mandrel to shape the metal framework for a modern sculpture that would adorn the courtyard of the new building.
The skilled luthier employed a mandrel to shape the neck of a custom-made guitar, ensuring optimal playability and comfort for the musician.
The experienced farrier used a mandrel to shape the horseshoe, ensuring a proper fit for the horse's hoof and maintaining its overall health.
The skilled lathe operator utilized a mandrel to shape the wooden legs of a custom-designed chair, adding a touch of elegance to the furniture piece.
The skilled glass artist used a mandrel to shape molten glass into intricate beads, showcasing a unique and vibrant collection in the art gallery.
The quantum computer scientist explored the potential of using mandrels in developing qubits, pushing the boundaries of quantum computing research.
The semiconductor engineer explained the role of mandrels in the production of microchips, illustrating their importance in the electronics industry.
The robotics engineer integrated mandrels into the design of robotic limbs, ensuring optimal functionality and movement for prosthetic devices.