Heavy Duty .401 Parker Shank Cutter Bit for Auto Body Repair

Key Features

The S & G Tool Aid 91600 Heavy Duty .401 Parker Shank Cutter Bit is designed for auto body repair applications. Given S & G Tool Aid's reputation for manufacturing high-quality tools for the automotive industry, this bit is likely constructed from durable, high-speed steel for extended lifespan and resistance to wear. It features a .401 inch Parker shank, a common size ensuring compatibility with a wide range of pneumatic and electric rotary tools. We can expect precision manufacturing tolerances for clean cuts and consistent performance. While specific certifications aren't listed, S & G Tool Aid likely adheres to industry standard quality control measures for safety and reliability. The bit likely has a robust design to withstand the rigors of professional auto body work.

Applications

This heavy-duty cutter bit is commonly used in auto body repair shops for a variety of tasks. It's designed for cutting and shaping metal, potentially including steel, aluminum, and other materials used in vehicle construction. Applications may include removing damaged sections of body panels, creating precise cuts for weld preparation, or trimming filler materials. Its compatibility with standard Parker shank tools makes it versatile and easily integrated into existing workshops. The .401 inch shank size ensures it can be used with a wide array of industry-standard power tools.

Benefits

S & G Tool Aid is known for producing reliable and durable hand and power tools for the automotive and industrial sectors. Choosing an S & G Tool Aid cutter bit means selecting a product built to withstand demanding professional use. The heavy-duty construction of the 91600 model suggests a longer operational lifespan compared to lighter-duty alternatives. While the specific warranty information isn't available here, S & G Tool Aid typically provides a reasonable warranty period on its products reflecting their confidence in the quality and craftsmanship. The use of a common shank size ensures ease of use and integration with existing tool sets.