Value Collection 397-7048 Cutoff Blade M2 High Speed Steel

Product Description

The VALUE COLLECTION 397-7048 is a double-beveled cutoff blade designed for parting and grooving operations on lathes and other turning equipment. Manufactured from M2 high speed steel with a bright finish, this blade maintains a sharp cutting edge under demanding conditions. It measures 6 inches in overall length, 1/8 inch wide, and 3/4 inch high, making it a standard-profile blade suited for precision metalworking tasks. Machinists and tool and die professionals install this type of blade in cutoff blade holders mounted to the tool post of a lathe.

This cutoff blade is used in machine shop environments for parting stock and cutting grooves in ferrous and non-ferrous materials. The double-beveled geometry reduces cutting forces and promotes chip clearance during parting operations. Its compact 1/8-inch width minimizes material loss at the cut. Typical applications include production turning, job shop work, and maintenance machining where a reliable, standard-size cutoff blade is required.

Key Features

• Double-beveled blade style for reduced cutting resistance and improved chip flow
• M2 high speed steel construction for durability and edge retention
• Bright finish for corrosion resistance during storage and use
• 1/8-inch width minimizes kerf and material waste during parting
• 6-inch overall length fits standard lathe cutoff blade holders

Compatibility

Designed as a standard-profile replacement or stock cutoff blade for lathe tool post holders that accept blades measuring 1/8 inch wide by 3/4 inch high by 6 inches long.

Installation Notes

This blade is installed by a machinist into a compatible cutoff blade holder secured to the lathe tool post. Power down and lock out the lathe before inserting or adjusting the blade. Ensure the blade is clamped firmly and set to the correct center height before resuming cutting operations. Do not exceed the feed and speed parameters appropriate for the workpiece material and blade dimensions.