User-friendly Master Setting Disc - Style 2 - Metric - Steel - Y - 127.25-139.95 Bundle [BS546I9E]

Master Setting Disc - Style 2 - Metric

The User-friendly Master Setting Disc - Style 2 - Metric - Steel - Y - 127.25-139.95 Bundle [BS546I9E] is a precision instrument designed to enhance the accuracy and reliability of internal dimension calibration. Crafted from high-quality steel, this metric master setting disc is the ideal solution for ensuring consistent and repeatable measurements. Its unique features make it a must-have tool for any lab focused on achieving high standards of gage repeatability and reproducibility (GR&R) studies.

• Precision-engineered surface for optimal accuracy
• Hardened chrome coating for increased wear resistance

Technical Specifications and Features

This master setting disc boasts a precision-ground and lapped surface, ensuring the highest level of accuracy and precision. The hardened chrome coating provides excellent wear resistance, making it durable and long-lasting. With a range of 127.25-139.95, this metric disc is versatile and suitable for a wide range of calibration applications. Its metric design aligns perfectly with the needs of modern manufacturing and quality control processes.

• Metric measurement for global compatibility
• Range: 127.25-139.95, ensuring comprehensive coverage for various calibration needs

Practical Applications and Benefits

The User-friendly Master Setting Disc - Style 2 - Metric - Steel - Y - 127.25-139.95 Bundle [BS546I9E] is an essential tool for labs and manufacturing facilities that prioritize precision and consistency. Whether you are conducting GR&R studies or need a dependable reference for internal dimension calibration, this product delivers. Its advanced features and robust construction make it ideal for daily use, ensuring that your measurements are accurate and reliable. By investing in this high-quality master setting disc, you are investing in the quality and integrity of your calibration processes.

• Enhanced inspection repeatability for improved quality control
• Perfect for labs focused on gage repeatability and reproducibility (GR&R) studies