Gage blocks, also known as calibration blocks and gauge blocks, are a type of dimensional calibration tool that enable manufacturers to quickly and accurately measure the size of components and parts. Gage blocks come in all sizes and shapes, but they are commonly made of steel, ceramic, or carbide. Gage block accessories are designed to ensure accuracy and precision when using gage block technologies.
Gage block accessories are products that enhance the accuracy and precision of measurements taken with gage blocks. These accessories include items such as checking standards, parallel sets, setting masters, and clamping fixtures. With proper use, these accessories can improve accuracy and provide repeatability.
Checking standards are reference blocks that help with the verification of gage blocks. They are used to check the overall accuracy of a gage block set. Checking standards should be calibrated in a timely manner to ensure that the measurements made with gage blocks are accurate.
Parallel sets are a set of blocks that are used to measure parallelism. When placed together, parallel sets should measure the same distance regardless of how much weight is on them. This ensures that the measurement taken with gage blocks is accurate.
Setting masters are used to check the dimensions of a gage block set. A setting master consists of multiple blocks of different sizes and thicknesses. The sizes and thicknesses are then compared to a reference to ensure that the set is accurate.
Lastly, clamping fixtures are used to secure gage blocks in place while taking measurements. Clamping fixtures come in many different shapes and sizes to accommodate different types of gages and blocks. Clamping fixtures help to maintain accuracy and precision when taking measurements.
Gage block accessories are vital for ensuring the accuracy and precision of measurements taken with gage blocks. These accessories include checking standards, parallel sets, setting masters, and clamping fixtures. Using the right accessory with gage blocks can help to ensure that measurements are accurate and repeatable.
