Ammco 10-Pack Positive Rake Carbide Insert (940410)

Description

The Ammco 10-Pack Positive Rake Carbide Insert (940410) is a high-quality cutting tool essential for professional automotive brake service. These specialized carbide inserts are engineered to provide precise and efficient material removal when machining brake rotors and drums on compatible brake lathes. Designed with a positive rake angle, they ensure a smooth cutting action, which minimizes resistance and delivers a superior surface finish. This pack of ten inserts offers a reliable supply for busy workshops, helping technicians achieve consistent results and extend the life of brake components.

KEY FEATURES AND BENEFITS:

• Optimized Cutting Performance: The positive rake design allows for smooth, low-resistance cutting, ensuring efficient material removal and an excellent surface finish on brake rotors and drums.
• Enhanced Tool Life: Made from premium carbide material, these inserts offer exceptional hardness and wear resistance, leading to extended operational life and reduced replacement frequency.
• Versatile Application: Suitable for machining a wide range of brake components, including those made from challenging materials like cast iron and hardened steel, found in passenger cars, light trucks, and commercial vehicles.
• Precision Machining: Delivers accurate and consistent cuts, which is crucial for preventing brake pulsation and ensuring proper brake function and overall vehicle safety.
• Convenient Packaging: Supplied in a 10-pack, ensuring you have a ready supply of high-performance cutting inserts for continuous operation in your workshop.

SPECIFICATIONS:

• Manufacturer Part Number: 940410
• UPC: 667420108190
• Material: Carbide
• Rake Angle: Positive Rake
• Quantity: 10 inserts per pack
• Country of Origin: United States
• Included in Product: 10 Ammco Positive Rake Carbide Inserts

HOW TO USE:

• Safety First: Always wear appropriate personal protective equipment, including safety glasses and gloves, before operating a brake lathe.
• Inspect Brake Lathe: Ensure your brake lathe, typically an FMC/John Bean model, is clean, well-maintained, and properly calibrated according to the manufacturer’s guidelines.
• Prepare Rotor/Drum: Mount the brake rotor or drum securely onto the lathe. Clean any loose debris or rust from the surface to be machined.
• Install Insert: Carefully remove the old insert (if present) from the cutting tool holder. Insert a new Ammco 940410 carbide insert into the designated slot on the lathe’s cutting tool post, ensuring it is seated firmly and correctly oriented. Tighten the retaining screw or clamp to secure the insert.
• Adjust Settings: Set the appropriate feed rate and depth of cut on your brake lathe according to the rotor/drum material and desired finish. Start with a shallow cut and gradually increase as needed.
• Begin Machining: Engage the lathe to begin the cutting process. Monitor the cutting action and chip formation to ensure optimal performance. The positive rake design will facilitate smooth material removal.
• Inspect Finish: After machining, inspect the rotor or drum surface for a smooth, even finish. Remove any burrs or sharp edges with an appropriate tool.
• Clean Up: Clean the lathe and surrounding area, disposing of metal shavings safely.

BENEFITS OF USING AMMCO 10-PACK POSITIVE RAKE CARBIDE INSERT (940410):

• Consistently Smooth Finishes: Achieves professional-grade surface finishes on brake components.
• Reduces Brake Pulsation: Issues after resurfacing.
• Longer Intervals Between Replacements: Due to robust carbide construction.
• Efficient Processing: Of a wider variety of brake materials, including tougher alloys.
• High Productivity: With reliable and ready-to-use inserts.
• Enhanced Vehicle Safety: By ensuring properly machined braking surfaces.

FEATURES:

• High Resistance to Wear and Abrasion:
• Optimized Chip Control: For cleaner operations.
• Engineered for Specific Compatibility: With FMC/John Bean brake lathes.
• Designed for Efficient Heat Dissipation: During cutting.
• Consistent Cutting Depth: For even material removal.
• Reduces Chatter and Vibration: During machining.
• Ideal for Both Roughing and Finishing Cuts: On brake components.