Overview
The MaraMeter Indicating Snap Gage is designed for precise measurement of cylindrical workpieces with narrow tolerances. It features a robust forged steel frame with heat insulators and offers options for anvils in hardened stainless steel, carbide-tipped, or ceramic. The gage includes a fine adjustment mechanism, a lever-controlled retractable measuring spindle, and an adjustable center stop for automatic alignment. The measuring faces are noted for their flatness and parallelism, and the gage maintains a constant measuring force.

Specifications
The gage provides a range of sensitive contact up to 0.50 mm/.020" and features large tungsten carbide anvils for durability. The patented "Channel Lock" design ensures parallel anvil surfaces across a 25 mm/1" adjustment range.

Advantages
The MaraMeter Snap Gage reduces measuring uncertainty compared to micrometers, allowing for better utilization of the tolerance zone, which can significantly reduce production costs. For example, with a workpiece tolerance of 25 µm, the gage can utilize 83% of the tolerance compared to only 32% with a micrometer.

Technical Data
The gage is available in various measuring ranges from 0-25 mm to 150-200 mm, with a constant measuring force of 7.5 N. The flatness and parallelism of the measuring faces are maintained within specified limits.

Features
The gage is versatile and can be quickly adjusted for different dimensions and fits. It is suitable for measuring cylindrical parts such as shafts, bolts, and spindles. The measuring spindle and anvil spindle are made from durable materials, ensuring maximum wear resistance.

Accessories
Various accessories are available, including stands and holders for stationary applications, which allow for hands-free operation and improved accuracy. The gage can be used with different indicating instruments, such as dial comparators and digital indicators.

Conclusion
The MaraMeter Indicating Snap Gage is a highly accurate and reliable tool for measuring outside dimensions, offering significant advantages over traditional micrometers in terms of precision and cost efficiency.