

Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The MILWAUKEE 49-57-1877 is a quick change tang drive annular cutter designed for fast, clean hole cutting in ferrous and non-ferrous metals. Built with abrasion-resistant carbide teeth and an alternating tooth form geometry, it cuts holes up to 1 inch deep in steel, stainless steel, cast iron, and aluminum. The cutter weighs 0.53 pounds and is sold as an individual unit. It is designed for use with electromagnetic drill presses and delivers a ream-like finish without requiring pre-punching or pilot hole preparation. Licensed trade professionals and experienced metal fabricators install this tool in structural, mechanical, and industrial applications.
This annular cutter is suited for commercial and industrial jobsite use where speed and hole quality are critical. It is compatible with most electromagnetic drill presses and is specifically designed to work with Milwaukee mag drill models when paired with the correct arbor. The quick change tang drive system allows fast tool swaps, reducing downtime between cuts. Applications include steel fabrication, ironwork, HVAC ductwork framing, electrical conduit layout, and general structural steel drilling where round, clean-edged through-holes are required.
Compatible with most electromagnetic drill presses. For use with arbor 49-57-0012 or 49-57-0013 on Milwaukee 4292-1 or 4297-1 magnetic drill presses, or arbor 49-57-0032 on the Milwaukee 4262-1 magnetic drill press.
Installation and use of this annular cutter should be performed by a qualified tradesperson familiar with electromagnetic drill press operation and metal cutting procedures. Always power down and unplug or de-energize the drill press before changing cutters. Ensure the arbor is fully seated and secured before beginning any cut, and verify that the workpiece is properly clamped or the magnetic base is fully energized and locked onto the work surface before operation.
Thanks for subscribing!
This email has been registered!