Liquidation Sale Mitutoyo 505 Series Dial Caliper 0-200mm 0.02mm 2mm/rev Metric 505-731 Kit [BWVxnz6C]

Superior Mitutoyo 505 Series Dial Caliper

Introducing the Mitutoyo 505 Series Dial Caliper, a precision instrument designed for professionals and hobbyists alike. This caliper is a testament to Mitutoyo's commitment to quality and accuracy. With its ultra-smooth sliding mechanism and high shock protection, it ensures reliable measurements every time. The easy-to-read dial, featuring large character height, makes it simple to obtain precise readings. The new easy read font further enhances the readability of the caliper, making it a standout choice in its category.

Key Specifications and Features

Featuring a flat depth bar for versatility, the Mitutoyo 505 Series Dial Caliper offers a maximum permissible error (E MPE) of ±0.03 mm, ensuring exceptional accuracy. The graduation is set at 0.02 mm with a 2 mm/rev scale, providing a detailed and precise measurement range of 0-200mm. The caliper weighs just 185 grams, making it easy to handle and transport. Its maximum permissible error (S MPE) of ±0.05 mm ensures that your measurements are not only precise but also consistent. Here are some of the key features and benefits of this caliper:

• Ultra-smooth sliding and high shock protection for durability and reliability.
• Easy to read dial with large character height for quick and accurate measurements.

Practical Uses and Benefits

Whether you are a mechanical engineer, a DIY enthusiast, or a professional tradesman, the Mitutoyo 505 Series Dial Caliper is an essential tool in your arsenal. Its accuracy and ease of use make it perfect for a wide range of applications, including manufacturing, engineering, metalworking, and more. The caliper's compact design and lightweight construction allow for easy handling and storage, making it a versatile tool for any situation. With guaranteed product quality and Mitutoyo's reputation for excellence, this dial caliper is a smart investment for anyone who values precision and reliability in their measurements.