MANDREL MOUNTED FLARE 3" - Brush Research

Specifications

• Model Number: BMF-30.014
• Manufacturer: Brush Research Manufacturing
• Nominal Diameter: 3 inches
• Weight: 4 lbs
• Dimensions: 3 x 2.6 x 2.6 inches (Overall tool dimensions)

Key Features

• Mandrel-Mounted Design: Engineered for secure attachment to various power tools, including drills, machining centers, and robotic systems, ensuring stable and precise operation during use.
• 3-Inch Nominal Diameter: This tool is specifically sized for precise operation within 3-inch bores or similar internal geometries, providing targeted surface finishing.
• Brush Research Manufacturing Quality: Manufactured by Brush Research Manufacturing, a leader in surface finishing tools, ensuring robust construction and dependable performance for demanding industrial applications.
• Versatile Internal Finishing: Designed to conform to internal contours and surfaces, offering consistent material removal or finishing for a range of applications.

Applications

• Bore and Hole Finishing: Improves surface integrity and consistency within cylinders, tubes, and drilled holes.
• Internal Deburring: Effectively removes burrs from cross-holes, internal edges, and machined components, promoting smoother operation and fit.
• Surface Preparation: Prepares internal surfaces for subsequent operations such as coating, plating, or sealing by achieving a uniform finish.
• Edge Blending: Creates smooth, consistent radii on sharp internal edges, which can reduce stress concentrations and improve component durability.
• Industrial Maintenance: Utilized across manufacturing, automotive, aerospace, and hydraulics sectors for precision internal surface conditioning.

Benefits

• Enhanced Surface Quality: Consistently achieves improved internal surface finishes, which is critical for the performance, sealing, and longevity of components.
• Increased Operational Efficiency: The mandrel-mounted configuration allows for quick setup and seamless integration with existing machinery, optimizing production workflows.
• Reduced Rework: Consistent deburring and finishing minimize errors and the need for costly manual post-processing, saving valuable time and resources.
• Extended Component Life: Proper surface finishing reduces friction and wear, contributing to greater durability and extended operational lifespan for critical parts.
• Reliable Performance: Addresses common challenges such as rough internal surfaces, inconsistent bore finishes, and persistent burrs, leading to more reliable component function.