31 Example Sentences Showcasing the Meaning of 'Machinist'
The machinist expertly calibrated the precision tools to create intricate metal parts for the aerospace industry.
In the workshop, the machinist demonstrated to the students how to operate the lathe and milling machines safely.
The machinist's expertise was crucial in troubleshooting and repairing the industrial equipment, ensuring the smooth operation of the factory.
The machinist's attention to detail was evident in the finely honed gears that powered the complex clock mechanism.
In the factory, the machinist operated heavy machinery with precision and skill.
The young machinist apprentice diligently learned to fabricate metal components.
At the aerospace company, the machinist played a crucial role in crafting precise components for aircraft.
The machinist's proficiency in using lathes and milling machines ensured the accurate production of custom parts.
During the automotive assembly, the machinist fine-tuned the engine components for optimal performance.
The machinist's mastery of computerized numerical control systems enhanced the efficiency of the manufacturing process.
As the machinist repaired the malfunctioning equipment, the factory's production resumed smoothly.
The machinist's expertise extended to programming robotic arms for intricate tasks in the production line.
The machinist's dedication to quality control ensured that each manufactured component met the rigorous standards of the aerospace industry.
In the shipyard, the machinist skillfully maintained the complex machinery aboard the vessels.
With a keen eye for detail, the machinist ensured that each metal component met the stringent quality standards of the company.
As a machinist, attention to safety protocols was paramount to prevent accidents in the workshop.
The machinist's ability to troubleshoot and repair intricate machinery set them apart in the competitive field of industrial maintenance.
The machinist's expertise extended beyond traditional manufacturing, encompassing cutting-edge additive manufacturing techniques.
The machinist collaborated with engineers to optimize the production process, leading to increased efficiency and cost savings.
As the machinist meticulously fine-tuned the equipment, the rhythmic hum of the machines echoed through the manufacturing facility.
The machinist's reputation for precision and reliability earned the respect of colleagues in the highly specialized field of micro-machining.
The machinist's expertise with multi-axis machining centers allowed for the creation of complex geometries required in the aerospace industry.
The machinist's proficiency in the fabrication of intricate medical device components contributed to advancements in healthcare technology.
As a machinist specializing in CNC machining, they utilized computer-controlled tools to fabricate intricate parts for various industries.
The machinist's role in the production of medical devices demanded strict adherence to quality standards and regulatory requirements.
Implementing lean manufacturing principles, the machinist contributed to minimizing waste and maximizing efficiency in the production line.
The machinist's role in the renewable energy sector involved crafting components for advanced wind turbine systems.
Working in a research facility, the machinist contributed to the development of cutting-edge scientific instruments with precision engineering.
The machinist's understanding of metallurgy played a crucial role in selecting materials for components with specific properties.
In the competitive world of aerospace engineering, the machinist's expertise was instrumental in meeting tight tolerances for aircraft components.
With a focus on sustainable practices, the machinist incorporated eco-friendly materials in their manufacturing processes.