Punk 115mm Stone Cutting Disc

The DCG414 54V grinder delivers true grinding performance for heavy duty construction and metalworking applications. You can now complete the toughest jobs with no trailing cables. It runs on the Worlds first 18/54V convertible battery pack system giving you raw power anywhere and the dawn of a new era in cordless power tool technology. This will provide in excess of a full day's runtime on a single charge for most users. The potential for this technology is limitless for each and every trade with game changing levels of performance. The DCG414 has a compact gear case so it's not too bulky for tight spaces, an easy keyless guard for quick adjustments and an improved non-slip grip for comfort. Comes with 2 x XR Flexvolt 54V 6.0Ah batteries, fast charger and a carry case.

Body only 115mm Angle Grinder for cutting & grinding applications with the convenience of cordless. Accepts Makita 18V LXT battery. Electronic overload for safety & protection of machine and battery. Soft grip for comfort in use. Comes complete with sde handle.

Labyrinth construction protects all ball bearings from dust and debris, its armature is coated with a protective varnish and field coated with powder varnish to protect the motor from dust and wire breakage. This ensures maximum durability for masonry cutting.

The DeWalt 54V XR Flexvolt Cut Off Saw with 2 x 9.0/3.0Ah batteries is part of the XR Flexvolt platform offering unrivalled cordless performance. Heavy-duty construction applications can be completed without the need for mains power. The cut off saw has been constructed with a high speed brushless motor which delivers high performance and power of up to 6600 rpm. The brushless motor offers incredible efficiency and increased power delivery, resulting in less wear and increased longevity of the tool. The 230mm blade offers an 83mm depth of cut with an adjustable dual feed water system to manage dust. The sealed battery housing prevents dust and water ingress and a heavy load indicator helps the user cut with the optimised force.