10 Pack of Ammco Style Lathe -

The 10 Pack of Ammco Style Lathe inserts, model number 6914-10, provides professional automotive and industrial technicians with essential cutting tools for precision machining. Crafted from durable carbide, these inserts are engineered for consistent, high-quality material removal on brake rotors and drums. The design prioritizes extended tool life and efficient operation, making them a reliable choice for demanding workshop environments.

Key Features

• Six Cutting Edges per Insert: Each insert features six usable cutting edges, allowing for rotation to a fresh edge once worn, significantly extending the tool's lifespan and reducing downtime.
• Durable Carbide Construction: Manufactured from robust carbide, these inserts offer exceptional hardness and wear resistance, ensuring reliable performance and longevity under heavy-duty use.
• Precision Machining: Engineered to deliver consistent and accurate material removal, these inserts produce a high-quality, even surface finish crucial for proper brake pad seating and optimal braking performance.
• Negative Rake Design: The negative rake geometry provides a strong, durable cutting edge, particularly well-suited for interrupted cuts and machining tougher materials commonly found in brake rotors and drums.
• Ammco Style Compatibility: Designed for compatibility with Ammco Accu-Turn style combination disc/drum lathes, as well as Ammco bench lathes, Accu-Turn On-The-Car lathes, and Hoffman Drum Lathes, ensuring a precise fit and reliable operation.
• Convenient 10-Pack: Supplied in a practical 10-piece pack, providing ample replacements to maintain peak efficiency in your workshop and minimize reordering frequency.

Applications

These Ammco Style Lathe inserts are specifically designed for resurfacing brake rotors and drums in automotive repair and heavy-duty industrial settings. They are ideal for professional brake service applications where precise material removal and a superior surface finish are critical for vehicle safety and performance.