Baker Flat Anvil Applicable for K Series

The Baker Anvil, specifically designed for use with the K Series of Baker Dial Bore Gauges, is an essential component that contributes to the gauge's versatility and accuracy in measuring internal bores. The K Series gauges are known for their precision and reliability, making them popular among machinists, engineers, and quality control professionals in various industries.The Baker Anvil serves as the contact point or reference surface for the measuring head of the K Series bore gauge. It is designed to be interchangeable, allowing users to select the appropriate size and shape of the anvil based on the specific bore diameter they need to measure. This versatility makes the Baker Anvil applicable for a wide range of bore sizes within the capacity of the K Series gauge.One of the key advantages of using the Baker Anvil with the K Series gauge is its accuracy and repeatability. The anvil's precision-ground surface ensures reliable and consistent measurements, meeting the stringent quality standards required in precision machining and manufacturing processes.The design of the Baker Anvil also facilitates easy installation and removal from the measuring head of the K Series gauge, allowing users to quickly switch between anvils for different bore sizes without compromising accuracy or efficiency.Additionally, the Baker Anvil is manufactured from high-quality materials such as hardened steel or carbide, ensuring durability and longevity even in demanding industrial environments. Proper care and maintenance of the anvil, including regular cleaning and inspection for wear or damage, are essential to maintain its performance and accuracy over time.In summary, the Baker Anvil is a vital accessory for the K Series of Baker Dial Bore Gauges, offering versatility, accuracy, and durability for measuring internal bores across a wide range of sizes. Its precision engineering and ease of use make it a valuable tool for professionals involved in precision machining, engineering, and quality assurance processes.