01A007A - Walter 7/64" SST Cobalt Jobber Drill Bit with Quick Shank

Industrial-Grade Precision with Walter SST Drill Bits

The Walter 01A007A 7/64" SST Jobber Drill Bit is engineered to meet the rigorous demands of industrial maintenance, repair, and operations (MRO). Designed with a premium cobalt blend, this drill bit offers exceptional heat resistance and durability, making it a reliable choice for professionals who require consistent performance across a variety of materials. The core of its innovation lies in the exclusive Quick Shank design, which ensures a positive lock in both keyed and keyless chucks. This feature virtually eliminates the frustration of bit slippage, ensuring that torque is efficiently transferred from the tool to the workpiece, thereby enhancing overall productivity in high-paced industrial environments.

Beyond its secure grip, the Walter SST drill bit features a sophisticated geometry tailored for efficiency. The self-centering "Speed Tip" allows operators to start holes precisely without the need for a center punch, preventing the bit from "walking" across the surface. This is particularly advantageous when working on curved or round surfaces, such as pipes and tubing, where precision is paramount. The back-tapered body construction further reduces friction and binding, allowing for smoother drilling action and cleaner holes. For MRO professionals, this means less downtime, reduced tool breakage, and a higher quality of work on every project.

Efficiency is critical in modern facility management, and the Walter SST is optimized to deliver. Its unique design requires less feed pressure, which not only reduces operator fatigue but also significantly extends the battery life of cordless power tools. This capacity to drill more holes per charge makes it an indispensable asset for field technicians and maintenance crews who rely on portable equipment. Whether you are drilling through mild steel, aluminum, or thin gauge sheet metal, the Walter 01A007A provides the robust performance and longevity expected from a leader in surface technologies.