finished bore sprocket is a type of sprocket that comes with a pre-machined central bore ready for installation onto a shaft. These sprockets are designed with a bore that has been machined to a specific diameter, keyway, and set screw holes, allowing for easy mounting and alignment on a shaft without additional machining. Key features of finished bore sprockets include: Pre-Machined Bore: The central hole of the sprocket is already machined to a precise diameter, typically with keyway slots and set screw holes. Shaft Compatibility: Designed to fit standard shaft sizes, reducing the need for additional machining or modifications. Keyway: Machined keyway slot(s) to accommodate a key for secure torque transmission between the sprocket and the shaft. Set Screw Holes: Pre-drilled holes for set screws to fasten the sprocket securely to the shaft. Material Options: Available in various materials such as steel, stainless steel, or plastic based on application requirements. Ease of Installation: Simplifies the installation process by eliminating the need for custom bore machining. Finished bore sprockets are convenient and efficient solutions for applications where quick and straightforward installation onto a shaft is required without the hassle of additional machining work.

16B Finished Bore Sprocket is a type of sprocket commonly used in power transmission systems. The "16B" designation signifies the pitch size of the sprocket, indicating its compatibility with a specific chain size.

The term "finished bore" refers to the fact that the bore of the sprocket has been machined to its final size and is ready to be mounted directly onto a shaft without any further modifications or machining required. This streamlines the installation process as there is no need for additional adjustments.

16B Finished Bore Sprockets typically come with set screws or keyways options for secure attachment to the shaft, ensuring efficient power transfer and proper alignment.

These sprockets find applications in various industrial settings such as conveyor systems, machinery, and equipment where reliable power transmission, accurate alignment, and compatibility with a specific chain size are critical.