Milwaukee's accessories range is one of the most extensive in the UK market, and it is organised around a principle worth understanding before you buy: accessories are matched to tools, not just by physical fit, but by material compatibility and designed performance. Buying the wrong blade or bit for the tool and the material costs time and money. Buying the right one, from a range that has been tested with the tool, costs less over the working life of both.
This guide covers the main lines in Milwaukee's UK accessories catalogue, explains what each is for, and gives UK tradespeople the information needed to choose the right accessory rather than the cheapest available.
SHOCKWAVE: impact-rated driver bits and drill bits
SHOCKWAVE is Milwaukee's impact-resistant accessory line for use with impact drivers and combi drills. The defining feature of a SHOCKWAVE driver bit is the Optimized Shock Zone: a section of the bit shank engineered to flex slightly under the rotational impact of an impact driver rather than transmitting the full shock directly to the bit tip. This flex absorbs and distributes the impact energy, which is why impact bits have a longer working life than standard bits under impact driver use.
Standard driver bits (including most Pozidriv bits sold in multipacks at builders merchants) are hardened for torque resistance, not impact resistance. In an impact driver, they tend to shatter or deform at the tip faster than their intended use would predict. SHOCKWAVE bits are hardened differently to survive impact cycling.
SHOCKWAVE also covers drill bits. The step-point geometry on SHOCKWAVE drill bits is designed to start cleanly in thin material without walking across the surface. For drilling sheet metal, thin plate, or multi-layer materials where a conventional twist drill tip can wander before it bites, the step-point geometry is a practical improvement.
Who needs it: any tradesperson using an impact driver for day-to-day fixing. SHOCKWAVE bits last longer in impact use than standard bits and the cost difference over a year of site use is minimal.
HOLE DOZER: hole saws for timber, drywall, and soft materials
The HOLE DOZER range covers bi-metal hole saws from small diameter (14mm) up to 152mm, suitable for timber, plasterboard, plastics, and thin sheet metal. Bi-metal construction combines a high-speed steel tooth edge welded to a flexible steel body. The flexibility of the body prevents the saw from cracking or shattering when it catches in the material; the HSS teeth hold an edge significantly longer than standard carbon steel.
Milwaukee's variable-tooth-pitch design on HOLE DOZER blades is worth noting. A fixed-pitch blade (all teeth the same distance apart) resonates at a single frequency, which can cause vibration and binding in thin materials. Variable pitch staggers tooth spacing to break up resonance, which reduces vibration and the tendency to bind in sheet materials.
The HOLE DOZER arbor system is worth knowing: a HOLE DOZER hole saw uses a proprietary thread-and-pilot arrangement. You can use most standard arbors with adapters, but the Milwaukee arbor system is designed for fast blade changes without tools.
Who needs it: electricians and plumbers fitting cable, pipe, and conduit through timber joists and stud work; joiners cutting out for door furniture and cable glands; HVAC trades cutting circular duct penetrations in drywall.
TORCH: carbide-tipped hole saws for hard materials
The TORCH range extends the hole saw selection into harder materials: ceramic tile, fibre cement board, reinforced concrete, and cast iron. TORCH saws use carbide grit or carbide teeth rather than the bi-metal construction of HOLE DOZER.
Carbide holds its cutting edge in hard abrasive materials where bi-metal would blunt in seconds. The trade-off is that carbide is more brittle: TORCH saws are not suitable for fast, aggressive cutting in soft materials. They are specialist tools for specific materials.
TORCH tipped blades are Milwaukee's answer to the challenge that tiling trades and fixing trades face when cutting through tile, stone, or hard board: you need a cutting edge that survives the hardness without generating the heat that cracks glazed surfaces.
Who needs it: tiling contractors cutting around pipes and sockets through ceramic or porcelain; drylining contractors cutting through fibre cement board; plumbers and electricians who regularly encounter tiled surfaces.
SAWZALL and Reciprocating Saw blades
SAWZALL is Milwaukee's trade name for reciprocating saws. The blade range for reciprocating use covers:
Demolition blades with carbide teeth for aggressive work through nail-embedded timber, screwed sheet materials, and mixed-content walls. These blades are designed to hit nails without immediate failure; the carbide teeth survive the contact that bi-metal blades cannot.
Wood blades at various tooth counts for faster or cleaner cuts. Fewer teeth per inch (TPI) means faster, rougher cutting; more TPI means slower, cleaner cutting. 3-5 TPI demolition blades are for fast rough cutting through timber. 10-14 TPI blades are for cleaner cuts in finished timber or engineered board.
Metal blades with finer TPI for cutting through pipe, bar stock, metal sheet, and structural sections. For thin-walled hollow sections, a finer TPI blade (18-24 TPI) gives better control and less blade snagging.
Bi-metal demolition blades are Milwaukee's main volume product here. They handle the majority of first-fix and demolition work that reciprocating saw users encounter on UK building sites.
Who needs it: demolition and strip-out contractors; first-fix joiners cutting around existing structure; plumbers and electricians cutting chase paths through boarding; any trade that uses a reciprocating saw regularly.
Multi-CUTTER oscillating blades
Milwaukee's oscillating multi-tool accessory line covers the blade types used in the Milwaukee M12 and M18 multi-tool (oscillating tool) platform:
Segmented blades for flush-cutting operations: cutting door casing flush to a new floor covering, trimming the feet of architrave, cutting skirting board ends flush against pipe covers.
Plunge-cut blades for cutting openings in plasterboard or timber without a pilot hole.
Scraper blades for removing old adhesive, resilient floor tiles, and sealant from surfaces.
Sanding pads for finishing and preparation work in areas too small for an orbital sander.
The key compatibility point for UK users: oscillating tool blades use either a proprietary multi-fit system or a universal adapter. Milwaukee's OPEN-LOK system uses a different mounting interface from the Bosch/Starlock system. Many third-party blades claim universal compatibility; Milwaukee's own blades are designed for OPEN-LOK and optimised for it.
Who needs it: joiners doing flooring installation or trim work; decorators and dryliners cutting openings or removing old materials; renovation contractors doing detailed strip-out work around existing fixtures.
Circular Saw Blades
Milwaukee circular saw blades cover both wood and metal applications. The wood range runs from general-purpose combination blades (suited to site cutting of framed timber, sheet materials, and engineered boards) to fine-cut veneer blades for finishing work.
The metal-cutting circular saw blades use carbide-tipped teeth for cutting steel, aluminium, and copper tube with a circular saw. This is an increasingly common approach in UK commercial construction and mechanical services: a circular saw with a metal blade cuts steel framing, copper pipe, and aluminium extrusions cleanly and quickly, without the spark and debris of an angle grinder. The cut quality on tube and section is noticeably cleaner, which reduces time spent deburring.
Who needs it: first-fix framers cutting steel stud and track; mechanical services engineers cutting copper and steel pipe; any trade using a circular saw for diverse material cutting.