Positive Rake Tool Holder Set - Coats fmr. Ammco-Coats / Hennesy

The Ammco-Coats 907999 Positive Rake Tool Holder Set is engineered for professional technicians requiring precision and superior finish in automotive and industrial machining applications. This comprehensive set provides the specialized tooling necessary to achieve accurate material removal and optimal surface quality on compatible equipment. Designed for seamless integration, it enhances the performance of your existing Ammco-Coats machinery, ensuring consistent, high-quality results.

Key Features

• Complete Tooling Solution: Includes both #25968 RH (Right Hand) and #25969 LH (Left Hand) positive rake tool bits with corresponding inserts, providing a full set for versatile cutting operations.
• Precision Positive Rake Design: Utilizes a positive rake angle, which reduces cutting forces and power consumption, leading to a smoother surface finish with less chatter and improved chip evacuation.
• Enhanced Surface Quality: Ideal for achieving fine finishes, especially on ductile materials such as aluminum, brass, plastics, and softer steels.
• Optimized for Ammco-Coats Lathes: Specifically designed for compatibility with popular Ammco-Coats Models 4000, 4100, and 7000 brake lathes, ensuring reliable performance and proper fit.
• Professional-Grade Construction: Manufactured to rigorous standards, offering the durability and longevity expected in demanding workshop environments.

Applications

This Positive Rake Tool Holder Set is primarily utilized in automotive and industrial workshops for critical machining tasks. Its design makes it particularly effective for precision brake rotor and drum resurfacing on Ammco-Coats brake lathes, where a smooth, high-quality finish is paramount for optimal braking performance. It is also suitable for general turning and finishing operations on small to medium lathes, especially when working with non-ferrous materials or when reduced workpiece deflection on delicate parts is required. This set facilitates efficient material removal while prioritizing the integrity and finish of the machined surface.