Smart Master Setting Disc - Style 1 - Metric - Steel - Y - 127.25-139.95 See Details [uyw2Dz5Q]

Master Setting Disc - Style 1 - Metric

The Smart Master Setting Disc - Style 1 - Metric - Steel - Y - 127.25-139.95 See Details [uyw2Dz5Q] is a precision instrument designed for high-accuracy gauge setting applications. This disc is crafted with finely ground surfaces, ensuring exceptional precision and reliability. With its robust steel construction, it offers durability and long-lasting performance. The disc is ideal for maintaining the traceability of measurement equipment, ensuring that it adheres to national or international standards.

Key Features and Specifications

This Master Setting Disc boasts several key features that make it a standout choice for professionals. Firstly, its finely ground surfaces guarantee precise gauge setting, essential for maintaining accuracy in various applications. Additionally, the disc's steel construction provides excellent durability and resistance to wear and tear. The range of 127.25-139.95mm in metric units ensures compatibility with a wide range of measuring devices. Furthermore, each disc is meticulously labeled with size and serial number, facilitating easy identification and traceability.

Practical Uses and Benefits

The Smart Master Setting Disc - Style 1 - Metric - Steel - Y - 127.25-139.95 See Details [uyw2Dz5Q] is a versatile tool that finds applications in numerous industries. Its high accuracy and traceability make it ideal for calibration laboratories, manufacturing facilities, and quality control departments. The following are some of the practical uses and benefits of this product:

• Calibration Laboratories: The disc ensures that measurement equipment remains accurate and compliant with international standards.
• Manufacturing Facilities: It helps maintain consistent product quality by ensuring precise gauge settings.

Moreover, the disc's ISO and NIST traceable certifications add an extra layer of confidence, making it a reliable choice for professionals who demand the highest level of precision and quality.