39D050 - Walter ICECUT MINI Low-Profile Mag Drill 2-Inch Capacity

Compact Power for Restricted Industrial Spaces

The Walter ICECUT MINI™ Low-Profile Magnetic Drilling Unit (39D050) represents a significant leap in portable machining technology, specifically engineered for industrial maintenance and fabrication environments where space is at a premium. Unlike traditional magnetic drills that require significant vertical clearance, the ICECUT MINI™ utilizes a streamlined, low-profile architecture that allows it to fit into tight recesses, such as between H-beam flanges, inside truck frames, or within complex machinery housings. Despite its compact stature, it does not compromise on capability, boasting a substantial 2-inch by 2-inch drilling capacity, which is currently the largest in its class.

Advanced Motor and Safety Technology

At the core of this unit is Walter's proprietary Dynamax speed control technology. This system ensures that the drill maintains consistent RPM speeds (variable between 250 and 500 RPM) even when under heavy load, resulting in cleaner cuts and extended tool life. To further enhance operational reliability, the unit features the Accurdrill™ system, which actively monitors torque and pressure to safeguard against motor overload and minimize the risk of cutter breakage—a critical feature when working with expensive annular cutters in remote field locations.

Permanent Electromagnet Safety

Safety in vertical and overhead drilling applications is paramount. The ICECUT MINI™ is equipped with a permanent electromagnet. This hybrid magnetic system provides powerful adhesion during operation but, crucially, maintains magnetic holding force even if the electrical power supply is accidentally severed. This fail-safe feature significantly reduces the risk of the unit detaching and falling, protecting both the operator and the workpiece. Combined with its lightweight design, this unit offers MRO professionals a versatile, safe, and powerful solution for hole-making in the most challenging industrial environments.