Nicholson 07917NN Flat File 10 Inches Magicut

Product Description

The NICHOLSON 07917NN is a 10-inch American-pattern flat file with a single tang and Magicut cut type. It is designed for general metal filing, deburring, and surface finishing tasks common in machining and fabrication environments. The flat profile allows work on flat surfaces, slots, and external contours. At 0.53 pounds, it is lightweight enough for extended hand use. The single tang accepts a standard file handle, which should be installed before use. Machinists, pipefitters, HVAC technicians, and maintenance trades keep this file on hand for everyday metal shaping and cleanup work.

This file is suited for machining applications where controlled material removal on ferrous and non-ferrous metals is required. The 10-inch cut length provides a working surface appropriate for medium to large workpieces. The Magicut tooth pattern is engineered to cut faster and resist clogging compared to standard single-cut files, making it a practical choice for production shops, field service, and maintenance operations where efficiency matters.

Key Features

• 10-inch cut length for medium to large surface filing
• Flat profile suitable for flat surfaces, slots, and external contours
• Magicut tooth pattern for fast cutting and reduced clogging
• Single tang design accepts standard aftermarket file handles
• Lightweight at 0.53 pounds for extended hand use
• Non-flexible construction for rigid, controlled filing strokes

Compatibility

Designed as a standard American-pattern flat file compatible with any file handle sized for a 10-inch tang file. No proprietary adapter or tool system is required.

Installation Notes

A file handle must be seated firmly on the tang before use to prevent hand injury from the exposed tang point. Inspect the handle for cracks or looseness before each use. Files should not be used on workpieces harder than the file itself, as this will damage the teeth. Store separately from other metal tools to protect the cutting teeth from contact damage.