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Compare 27 verified Milwaukee Hole Saw products in United Kingdom. Reviews, ratings, pros, cons and buying advice updated for October 2026.
Choosing a Milwaukee hole saw is less about finding one universally “best” cutter and more about matching the tooth technology, diameter, cutting depth and arbor arrangement to the material and drilling task. A hole saw intended for occasional work in timber does not necessarily make the best choice for stainless steel, sheet metal or repeated professional fabrication.
Milwaukee's current UK hole saw range includes several distinct technologies rather than one single type of cutter. The main options include HOLE DOZER bi-metal holesaws, HOLE DOZER carbide holesaws, bi-metal Contractor holesaws and specialist TCT holesaws. Understanding the difference between these ranges is one of the most useful ways to narrow down the right product before comparing individual diameters or kits.
The material should normally be the first buying consideration. A hole saw that works well in wood and plasterboard may not be the appropriate choice for stainless steel, while a specialist carbide cutter can be unnecessary for simple DIY work in softwood.
One of the most important comparisons within the Milwaukee range is between HOLE DOZER bi-metal and HOLE DOZER carbide holesaws. They are not simply different price levels of the same product. Their tooth construction and intended applications are different.
Milwaukee's HOLE DOZER bi-metal holesaws use a Matrix II high-speed steel tooth material containing 8% cobalt, combined with a high-alloy steel body. Milwaukee specifies a 3.5 teeth-per-inch design with a positive 10-degree tooth angle, deeper curved gullets and alternate/side-set teeth. The manufacturer states that the design is intended to promote aggressive cutting, chip clearance, heat dispersion and reduced binding.
The range covers a particularly broad selection of diameters, from 14 mm through to 210 mm on the current UK product listing. Milwaukee specifies an effective sawing depth of 41 mm for the HOLE DOZER bi-metal holesaw and lists applications including steel, stainless and acid-resistant steel, non-ferrous metals, cast iron, aluminium, wood, MDF, plasterboard, sandwich materials and PVC.
For many users, this makes bi-metal the logical starting point when versatility matters. It is especially relevant if the same hole saw system may be used for different materials over the course of normal maintenance, installation or construction work.
The HOLE DOZER carbide range is designed for more demanding applications where resistance to heat and wear is a major consideration. Milwaukee states that its carbide holesaws use 3 TPI aggressive tooth geometry, large gullets and offset teeth, with applications including stainless steel, high-alloy steels, aluminium, plastics, sandwich material, computer flooring, fibreglass and plastic-coated wood boards.
The current UK range covers diameters from 19 mm to 152 mm. Milwaukee also states that the carbide design can provide up to 10 times more life than its bi-metal holesaws under the manufacturer's stated comparison conditions. That figure should not be interpreted as a guaranteed lifespan for every job: actual life depends heavily on material, thickness, drilling technique, speed, pressure, cooling and the condition of the tool.
For a buyer comparing bi-metal and carbide purely on purchase cost, this distinction is important. The cheapest cutter to buy initially is not necessarily the lowest-cost option over a large number of demanding holes. Conversely, a specialist carbide cutter may provide little practical benefit for someone who only needs a few holes in ordinary timber.
Tooth geometry has a direct influence on how a hole saw behaves. Terms such as TPI, tooth angle, gullet size and offset teeth are useful when comparing products, but they should be interpreted in relation to the material rather than treated as standalone indicators of quality.
TPI means teeth per inch. A lower TPI configuration generally means fewer, larger teeth around the cutting edge, while a higher TPI arrangement provides more teeth in contact with the material.
Milwaukee uses different tooth geometries across its hole saw families. HOLE DOZER bi-metal models use 3.5 TPI, while the HOLE DOZER carbide range uses 3 TPI. Contractor bi-metal holesaws use variable 4/6 tooth geometry. These differences reflect the fact that the ranges are designed around different combinations of cutting speed, versatility, chip removal and material suitability.
The spaces between teeth are called gullets. During cutting, they provide room for chips and debris to move away from the cutting edge. If material cannot clear efficiently, heat can build up and cutting can become less efficient.
Milwaukee specifically highlights deeper curved gullets on HOLE DOZER bi-metal models to improve chip clearance and reduce clogging and heat build-up. The carbide HOLE DOZER range also uses large gullets as part of its material-removal design.
Milwaukee specifies a positive 10-degree tooth angle for its HOLE DOZER bi-metal range. The manufacturer associates this geometry with faster, more aggressive cutting and reduced feed pressure, while also designing the tooth shape to reduce the tendency to snag thinner materials.
Diameter is obviously critical, but the correct measurement is the finished hole required by the installation rather than the size that looks closest in a product photograph.
Before ordering a cutter, measure the component that must pass through the opening and check the manufacturer's required clearance. This is particularly important for pipework, cable entries, electrical fittings, ventilation components and plumbing installations where a hole that is only a few millimetres too small can make the cutter unsuitable.
Milwaukee's HOLE DOZER bi-metal range currently spans a particularly wide selection of sizes, whereas the carbide range begins at 19 mm and extends to 152 mm. The availability of a diameter therefore depends on which product family you choose.
A common buying mistake is to check the diameter but overlook cutting depth. The diameter determines the width of the opening; the cutting depth determines whether the hole saw can pass through the material without the body or plug becoming a limitation.
Milwaukee specifies an effective sawing depth of 41 mm for its HOLE DOZER bi-metal holesaws. Its bi-metal Contractor holesaws are specified with a maximum cutting depth of 38 mm.
If you are cutting through thick timber, laminated boards, stacked materials or other substantial sections, check the specified cutting depth before purchasing. Do not assume that a larger-diameter cutter automatically has a deeper cutting capacity.
When the required hole is deeper than the cutter's usable depth, the job may require a different approach. Depending on the material and installation, it may be possible to work from both sides, but alignment becomes important and the resulting opening may not be perfectly concentric if the two cuts do not meet accurately.
For professional work, always assess the actual material thickness, accessibility and acceptable finish before deciding that a standard hole saw is appropriate.
A kit can appear attractive because it provides several diameters in one purchase, but a set is only good value if the included sizes correspond to the work you actually do.
Milwaukee currently lists HOLE DOZER bi-metal sets in several configurations, including a seven-piece set, as well as a 12-piece PACKOUT kit. The manufacturer's UK listing should be checked for the exact contents of the particular set because kit configurations are not interchangeable simply because they have a similar product name.
The hole saw itself is only one part of the system. The arbor connects the cutter to the drill and normally incorporates the pilot drill arrangement required to start and guide the cut.
Compatibility should therefore be checked before buying a replacement Milwaukee hole saw. A cutter with the correct diameter can still be unsuitable if the arbor arrangement, pilot drill or connection system does not match the equipment you already have.
Milwaukee's HOLE DOZER bi-metal design includes multiple drive-pin holes in the back plate to assist arbor location, while the manufacturer also highlights the construction of the back plate for rigidity and reduced vibration.
Hole saws are commonly used with drills, but the fact that a cutter can physically attach to a drill does not mean every drilling mode is appropriate. Always follow the operating instructions supplied with the specific hole saw and the drill.
Milwaukee states that its HOLE DOZER bi-metal holesaws are suitable for hand drills and pillar drills, with manual feed only.
This is an important distinction for buyers who own multiple cordless tools. A powerful drill does not remove the need to use the correct operating technique. Excessive force, unsuitable speed or incorrect drilling mode can damage the cutter, workpiece or tool and may increase the risk of kickback or loss of control.
Milwaukee's bi-metal Contractor holesaws are another option worth considering when comparing the company's range. They use variable 4/6 tooth geometry and are intended for universal applications involving steel, non-ferrous metals, wood, plasterboard and plastics. The UK range covers diameters from 14 mm to 152 mm, with a stated maximum cutting depth of 38 mm.
The practical buying question is not simply whether HOLE DOZER is a more premium-sounding name. Instead, consider the frequency of use, material mix, required diameter range and expected workload.
Milwaukee also offers TCT holesaws designed around carbide tooth technology. The current UK range includes diameters from 16 mm through 102 mm, depending on the model, and the manufacturer describes these cutters as suitable for steel, stainless steel, aluminium, zinc, cast iron, copper, fibreglass and PVC. Milwaukee specifies applications including steel up to 4 mm and stainless steel up to 2 mm for the TCT range.
The TCT range also uses a three-flat secure-grip shank reception, which Milwaukee states is intended to reduce slipping in the chuck and provide high torque transfer. The manufacturer additionally states that the carbide teeth can be resharpened and describes the technology as providing substantially longer life than standard bi-metal holesaws under its comparison conditions.
For buyers specifically searching for a Milwaukee hole saw for stainless steel, it is therefore worth comparing HOLE DOZER carbide, TCT stainless-steel holesaws and bi-metal options rather than automatically selecting the first cutter labelled as suitable for metal.
Material type is only half of the application. Thickness can change which cutter is appropriate and how difficult the operation will be.
Thin sheet can be more prone to grabbing, vibration and distortion than a substantial solid section. Tooth geometry, secure workholding and controlled feed pressure become particularly important.
Thicker metal places greater demands on tooth durability, heat management and chip evacuation. A specialist cutter may make more sense where repeated holes are required.
Timber can vary considerably in density and construction. MDF, plywood, laminated boards and nail-embedded timber can each present different cutting conditions. Do not assume that a hole saw's performance in clean softwood will translate directly to every engineered board or timber product.
Hole saw life depends on more than the steel or carbide used to manufacture the teeth. Correct operating technique is a major part of getting good service from any cutter.
Routine maintenance is straightforward but often neglected. After use, remove accumulated chips and debris from inside the cup and around the arbor. A blocked hole saw can become harder to control and may generate unnecessary heat on the next cut.
Inspect the cutting edge before starting another job. Look for missing teeth, chipped carbide, excessive rounding, cracks, deformation or other damage. If the cutter has suffered an impact or has visibly changed shape, do not assume it will continue to cut accurately.
For metal-cutting applications, follow the manufacturer's recommendations concerning cutting fluid or lubrication where applicable. The correct approach depends on the material and cutter type, so avoid applying a generic lubricant simply because it is available in the workshop.
The most obvious size is not necessarily the correct cutter. Always establish what the hole must pass through and what material is being cut before choosing the diameter.
A larger set is not automatically better value. If most of your work uses two or three diameters, buying individual cutters may be more practical than paying for numerous unused sizes.
A correctly sized hole saw can still be unsuitable if the material is deeper than the cutter's effective cutting capacity.
Milwaukee has multiple hole saw families with different tooth technologies, dimensions and intended applications. Check the individual model specifications rather than treating all Milwaukee hole saws as identical accessories.
For occasional DIY use, a general-purpose cutter may be entirely adequate. For repeated professional cutting, durability, heat resistance, chip evacuation and replacement frequency can have a much greater influence on overall value.
A hole saw cup without the correct arbor and pilot arrangement is not a complete drilling solution. Check the connection system before placing an order.
Customer feedback can reveal useful information about packaging, usability and real-world satisfaction, but reviews should not replace the manufacturer's technical specifications. A reviewer cutting timber has a very different requirement from a fabricator repeatedly cutting stainless steel.
Milwaukee is not the only established manufacturer of professional hole saw accessories. When comparing Milwaukee with brands such as Bosch, DeWalt, Makita, Lenox or Starrett, use a consistent set of criteria rather than comparing brand reputation alone.
The strongest comparison is therefore application-specific. A Bosch, DeWalt, Makita, Lenox or Starrett hole saw should be judged against the equivalent Milwaukee cutter in the same material, diameter class and intended workload rather than against an unrelated product from another range.
For occasional DIY projects, simplicity and versatility are often more important than selecting the most technically specialised cutter available.
A general-purpose bi-metal Milwaukee hole saw can be a sensible starting point when the work involves a mixture of timber, board, plastics and occasional metal, provided the selected model is specified for those materials. Buyers should prioritise the required diameter, cutting depth and compatibility with their drill before paying extra for specialist tooth technology.
If the project involves only one or two holes, a single cutter may be more sensible than a large kit. If several common sizes are required for ongoing home improvement work, a suitable set can reduce the need to purchase individual diameters later.
Professional users should evaluate hole saws based on the work they perform repeatedly rather than on a generic “best” ranking.
An electrician, plumber, HVAC installer, joiner and metalworker can all have very different requirements. The correct choice depends on the materials encountered, hole diameters, thicknesses, access conditions and frequency of cutting.
The answer depends on utilisation. A professional who cuts dozens or hundreds of holes over the working life of a cutter has a different cost calculation from a homeowner who needs three holes for a single project.
A more advanced cutter can make sense when its additional durability, heat resistance or material compatibility directly solves a problem that the standard cutter cannot handle efficiently. If those advantages are irrelevant to the job, paying for specialist technology may not improve the finished result.
Think in terms of cost per usable hole rather than purchase price alone. This approach is especially relevant when comparing bi-metal and carbide options for demanding materials.
When comparing individual listings, concentrate on the technical information rather than relying on product photographs or generic marketing descriptions.
A hole saw is a rotating cutting accessory and should be treated as such. Read the manufacturer's instructions for both the hole saw and the drill before use.
Prices, stock levels, delivery options and retailer policies can change, so these should be checked at the time of purchase rather than treated as permanent characteristics of a product.
Before ordering, compare the exact model or article number, diameter, tooth technology, stated application, cutting depth and included accessories. This helps prevent accidentally purchasing a visually similar cutter from a different Milwaukee range.
It is also worth checking current customer feedback at established retailers. Reviews can be useful for identifying practical issues such as ease of plug removal, compatibility or packaging, but technical suitability should still be confirmed against the manufacturer's specifications.
There is no single best Milwaukee hole saw for every application. The appropriate choice depends on the required diameter, material, thickness, frequency of use and drilling equipment. HOLE DOZER bi-metal is a versatile option for a broad range of materials, while carbide and TCT options are designed for more specialist or demanding applications.
Yes, Milwaukee lists HOLE DOZER bi-metal holesaws for steel, stainless and acid-resistant steel, non-ferrous metals, cast iron and aluminium. The carbide HOLE DOZER range is also specified for demanding metals including stainless steel and high-alloy steels. Always check the individual product specification and material thickness before cutting.
Several Milwaukee bi-metal hole saw options are specified for wood, including the HOLE DOZER range and Contractor bi-metal range. The most suitable choice depends on the timber or board material, diameter and required finish.
Bi-metal hole saws combine different steel materials to balance cutting performance, toughness and wear resistance. Carbide-tooth designs use carbide cutting technology to provide greater resistance to heat and wear in demanding applications. Milwaukee describes its HOLE DOZER carbide range as offering up to 10 times more life than bi-metal under its stated comparison conditions, although actual results vary according to application and technique.
The current UK HOLE DOZER bi-metal listing includes diameters from 14 mm to 210 mm, while the HOLE DOZER carbide range covers diameters from 19 mm to 152 mm. Individual sizes available depend on the product family.
Milwaukee specifies an effective sawing depth of 41 mm for its HOLE DOZER bi-metal holesaws. Always compare this figure with the actual thickness of the material being cut.
Compatibility depends on the hole saw, arbor and drill. Milwaukee specifies its HOLE DOZER bi-metal holesaws for use with hand drills and pillar drills with manual feed. Check the accessory and drill manufacturer's instructions before use and ensure the arbor arrangement is compatible.
Buy individual cutters when you repeatedly need only one or two sizes. A set can make more sense when you regularly require several diameters and the supplied sizes and accessories match your work. Milwaukee offers multiple HOLE DOZER set configurations, so check the exact contents of the selected kit rather than assuming all sets contain the same cutters.
They can be worthwhile when the additional heat and wear resistance is relevant to the work. For occasional holes in relatively easy materials, a bi-metal cutter may be the more proportionate choice. For repeated demanding cuts, the longer potential service life of carbide can change the overall value calculation.
The answer depends on the stainless steel thickness and the exact application. Milwaukee offers both carbide HOLE DOZER models and TCT stainless-steel holesaws. The TCT range is specifically described for stainless steel and includes stated applications for stainless steel up to 2 mm, while HOLE DOZER carbide is designed for demanding materials including stainless steel and high-alloy steels.
Compare equivalent products by diameter, material compatibility, cutting depth, tooth construction, arbor compatibility, kit contents and intended workload. Brand reputation alone does not establish which cutter is right for a particular application.
Inspect the teeth and body regularly. Excessive wear, missing teeth, damaged carbide, cracking, distortion or deteriorating cutting performance can indicate that the cutter should no longer be used. Follow the manufacturer's guidance for inspection and replacement.
The best Milwaukee hole saw is the one that matches the actual job rather than the one with the longest feature list. Start with the required hole diameter and material, then work through thickness, tooth technology, cutting depth, arbor compatibility and expected frequency of use.
For general-purpose work, Milwaukee's bi-metal ranges provide broad material coverage, while HOLE DOZER carbide and specialist TCT options are more relevant when heat, wear and demanding metal or composite applications become important. The current Milwaukee UK range confirms that there are substantial differences between these product families, so selecting by application is more reliable than choosing solely by brand or price.
Before purchasing, compare the exact model specifications, check the required diameter and cutting depth, confirm that the arbor and drill are compatible, and review current retailer information for price and availability. For professional users, consider total cost of ownership and expected cutter life; for occasional DIY users, prioritise simplicity and the sizes you will genuinely use.
A carefully matched hole saw should make the cutting process more predictable, reduce unnecessary accessory purchases and give you a better chance of achieving a clean, accurately positioned opening without selecting technology that the job does not actually require.