Inside Dial Caliper Gage: 0.4 to 1.2", 0.0005" Graduation, 0.0015" Accuracy MPN:209-352

Introducing the Mitutoyo 209-352 Inside Dial Caliper Gage - an essential tool for precise measurements in various industries. This caliper gage features a high accuracy of 0.0015 inches, making it ideal for meticulous work. Its ball contact point ensures minimal friction and consistent measurements. With a range from 0.4 to 1.2 inches and graduation of 0.0005 inches, this tool is suitable for measuring internal diameters with precision. The hardened steel material ensures durability and long-lasting use. Applications include manufacturing, quality control, inspection, and maintenance in various industries such as aerospace, automotive, and electronics. Invest in the Mitutoyo 209-352 Inside Dial Caliper Gage for accurate and reliable measurements today!

Top product features:

• Accuracy: This Inside Dial Caliper Gage has an accuracy of 0.0015 inches which is ideal for precise measurements in various industries.
• Ball Contact Point: The tool features a ball contact point ensuring minimal friction and consistent measurements, making it suitable for measuring internal diameters.
• Hardened Steel Material: The durability of this product is enhanced by its hardened steel material, which ensures long-lasting use and quality in various applications.

Top product applications:

• Manufacturing Industry: The precision and accuracy of this Inside Dial Caliper Gage makes it ideal for use in manufacturing industries where accurate measurements are critical to producing high-quality products.
• Quality Control: This tool can be used by quality control departments in various industries to measure internal diameters with minimal error, ensuring that parts meet the required specifications before assembly or delivery.
• Research and Development: Scientists and engineers who work on research projects where precise measurements of internal dimensions are essential can use this caliper gage to achieve accurate results in their experiments or prototyping processes.