HFS 50 Pc Minus Pin Gage Set M0(-), 0.011-0.060 Inch, 0.0002 In Tolerance - 60-62 HRC steel; 0.001 in increments; 2 in pins, etched sizes and storage case for machining, hole and bushing inspection

Complete M0 Minus Set: Includes 50 precision pin gages from 0.011 to 0.060 in, 0.001 in increments. Each pin has a specified 0.0002 in minus tolerance for precise hole-size, fit and dimensional inspection. Hardened Steel Construction: Heat-treated steel with 60-62 HRC hardness provides wear resistance and durability for repeated measuring and inspection work. Each pin measures approximately 2 inch long for practical shop use. Organized Storage: The fitted storage case features labeled positions to help identify pin sizes, keep the set organized, and make selection and return after use more convenient. Smooth And Safe Handling: Heat-treated pins are precision finished without sharp corners ensures convenient handling and consistent fit checking when inspecting holes, bushings and machined components. Machining And QC Use: Designed for checking hole diameters, bushings, worn components, distance between holes and hole locations. Ideal for machinists, CNC operations, tool rooms, manufacturing and quality-control inspection. The HFS M0 Minus Pin Gage Set is designed for precision dimensional inspection in machine shops, CNC operations, manufacturing facilities, tool rooms and quality-control environments. The set includes 50 pin gages covering diameters from 0.011-0.060 inch in 0.001 inch increments. Each pin has a specified 0.0002 inch minus tolerance and measures approximately 2 inches long, providing a comprehensive size range for hole and dimensional fit inspection. The pins are manufactured from heat-treated steel with a hardness of 60-62 HRC for wear resistance and repeated use. Each pin is etched with its size, and the fitted storage case provides identified positions for all 50 gages. The set is used for checking hole diameters, bushings, worn components, distance between holes, hole locations and dimensional fits in machined parts. Before measuring, keep both the pin gage and workpiece clean and free from chips, dirt and burrs that could affect fit.