Chain Sprocket Shaper Cutter

Chain sprocket shaper cutters are available for simplex, duplex, and triplex chain sprockets. They are manufactured for ISO, ANSI, DIN, and BS chain standards. Different bore sizes and shank types are offered for machine compatibility. Custom profiles can also be produced for special chain designs. 

Super Tools Corporation manufactures these cutters using high-speed steel grades such as M2 and M35. Premium materials ensure wear resistance and dimensional stability. Controlled heat treatment improves strength and durability. This supports repeated regrinding and extended tool life. 

Chain sprocket shaper cutters are designed to handle continuous industrial cutting loads. Stable cutting action minimizes vibration during machining. Accurate tooth generation improves load distribution across sprocket teeth. This results in longer sprocket service life and reliable operation. 

Super Tools Corporation manufactures cutters compatible with conventional gear shaping machines. Mounting dimensions follow industry-standard configurations. This ensures easy integration into existing production setups. Installation does not require major machine modifications. 

Super Tools Corporation manufactures chain sprocket shaper cutters as per customer drawings and specifications. Custom chain pitch, tooth form, and bore sizes are supported. Special tolerances and coatings can be provided. Customization ensures precise compatibility with unique sprocket designs. 

Super Tools Corporation produces cutters in compliance with ISO and international quality standards. Dimensional accuracy and material traceability are strictly controlled. Export-grade packaging ensures corrosion protection. Compliance supports acceptance in global markets. 

Yes, these cutters can be re-sharpened multiple times. Proper regrinding restores cutting edges while maintaining profile accuracy. This significantly extends tool life. Re-sharpening helps reduce tooling cost. 

Long tool life reduces frequent replacements and material waste. Regrinding capability supports sustainable manufacturing practices. Efficient cutting lowers power consumption during machining. This contributes to reduced environmental impact.