5-1/2" Bastard Cut Hand Needle Files - Bahco

The Bahco BAH23001400 5-1/2" Bastard Cut Hand Needle File is a professional-grade tool designed for precision material removal and shaping in demanding automotive, industrial, and fabrication environments. Manufactured by Bahco, a leader in high-quality hand tools, this needle file offers the durability and consistent performance required by technicians and skilled tradespeople for intricate work.

Key Features

• Professional-Grade Construction: Built by Bahco with high-quality steel, this file is engineered for longevity and to withstand frequent use in professional settings.
• Bastard Cut Profile: Features a medium-coarse cut for efficient material removal, providing a balance between aggressive filing and controlled smoothing on various surfaces.
• Compact 5-1/2" Size: The ideal length for accessing confined spaces and performing detailed work on smaller components or intricate assemblies.
• Precision and Control: Designed for accuracy, enabling precise shaping, deburring, and finishing of metals, plastics, and wood without compromising control.
• Ergonomic Design: Ensures a comfortable and balanced grip, reducing hand fatigue during extended periods of detailed filing tasks.

Applications

• Automotive Maintenance and Repair: Essential for deburring edges, cleaning threads, or refining small metal parts in engine compartments, bodywork, or component fabrication.
• Industrial Fabrication: Ideal for precision shaping and finishing of jigs, fixtures, and prototype components in manufacturing and assembly operations.
• Machinery and Tool Maintenance: Used for sharpening small blades, cleaning intricate mechanisms, or smoothing contact surfaces on various industrial equipment.
• Metalworking and Die Making: Provides the necessary precision for refining contours, enlarging openings, or preparing surfaces for welding or assembly in detailed metal projects.
• General Purpose Filing: A versatile addition to any professional toolkit for a wide range of filing tasks requiring fine control and robust performance across multiple materials.