The RUPAC MicroMet PLUS Strato-Line magnetic dial indicator stand (code 2005020) is a professional solution designed for dimensional inspection and geometric verification in mechanical workshops, metrology laboratories and industrial quality control departments. Designed for use with Ø8 mm stem analog dial indicators, it enables precise and repeatable measurements for checking flatness, concentricity, parallelism, run-out and form errors on mechanical components.

The structure is made of high-quality lightweight alloy, a key feature of the Strato-Line series, ensuring excellent rigidity with reduced weight. This improves handling and reduces operator fatigue, while maintaining stability.

The system features a fully articulated arm, allowing flexible and precise positioning of the measuring instrument. The 200 mm working radius and 310 mm total height make it ideal for small to medium-sized components typically found in turning, milling and grinding processes.

The stand includes a fine micrometric adjustment system, with a sensitivity of approximately 1.3 mm per revolution, enabling extremely precise positioning. This allows fine alignment and zeroing, improving measurement accuracy and repeatability. It is particularly effective for detecting transmission play, dimensional variations, form errors and geometric deviations.

The RUPAC fixed magnetic base with V-groove prism (50 × 55 × 68 mm) ensures stable mounting on both flat and cylindrical surfaces. The 600 N vertical pull-off force guarantees reliable magnetic holding during measurement operations.

The stand is compatible with Ø8 mm dial indicators and includes a dovetail mount for test indicators, increasing versatility. Its ergonomic design allows quick and precise adjustments, improving operational efficiency.

Thanks to its Swiss Made quality, precision adjustment and compact design, this stand is an essential tool for technicians, engineers and industrial professionals.

It enables accurate verification of flatness, concentricity, parallelism and dimensional deviations, supporting high quality standards in precision engineering and automotive sectors.