Micrometer Set 0-4In Range .0001In Graduations - Central Tools

The Central Tools 6152 Micrometer Set is engineered for professional technicians and mechanics who demand precise measurements in automotive and industrial applications. This comprehensive set provides a versatile 0-4 inch measurement range with ultra-fine .0001 inch graduations, ensuring accuracy for critical tasks. Built for durability and reliability, this professional-grade micrometer set delivers consistent performance in demanding workshop environments.

Key Features

• Comprehensive Measurement Capability: Includes four individual micrometers (Central Tools #6011, #6033, #6053, #6073) to cover a continuous 0-4 inch range, providing versatility for various component sizes.
• High-Precision Graduations: Each micrometer features .0001 inch graduations, allowing for extremely fine and accurate measurements essential for critical tolerances.
• Included Calibration Standards: Comes complete with standards for each micrometer, enabling proper calibration and ensuring ongoing measurement accuracy.
• Convenient Adjustments: A hex key is included, facilitating easy and precise adjustments to maintain instrument calibration.
• Durable Fitted Case: The entire set is housed in a robust, fitted case, protecting the instruments from damage and keeping them organized for transport and storage.
• Professional-Grade Construction: Manufactured by Central Tools, known for their commitment to quality and professional automotive and industrial tools.

Applications

This micrometer set is an indispensable tool for a wide array of precision measurement tasks. In automotive repair, it is ideal for accurately measuring engine components such as crankshaft journals, camshaft lobes, piston diameters, valve stems, and cylinder bores, as well as brake rotor thickness and transmission components. Industrially, it is perfectly suited for quality control inspections, machining operations, precision assembly, and verifying component dimensions in manufacturing and maintenance settings where exacting tolerances are paramount.