♥ Wishlist
Compare 23 verified Milwaukee Hole Saw Sets products in United Kingdom. Reviews, ratings, pros, cons and buying advice updated for October 2026.
Choosing a Milwaukee hole saw set is less about buying the largest collection of sizes and more about matching the cutting system to the material, hole diameters and drilling equipment you actually use. A set that is excellent for electrical installation in timber and sheet materials may be a poor choice for repeated cutting through masonry, while a carbide-equipped option can be unnecessary for occasional work in softwood.
Before comparing individual sets, identify the jobs the holesaws will perform most often. Electricians may prioritise common cable and conduit diameters, plumbers may need a different spread of sizes for pipework and fittings, kitchen fitters can benefit from larger diameters for service penetrations, and general tradespeople may prefer a broader selection that covers several materials.
The cutting teeth are one of the most important differences between holesaw systems. Milwaukee offers several holesaw families, including HOLE DOZER, BIG HAWG, SHOCKWAVE and carbide-based options, but these names should not be treated as interchangeable product categories.
A bi-metal holesaw is typically attractive when versatility and value across common workshop materials are priorities. Carbide-tooth designs can be more appropriate where greater resistance to demanding materials is required. BIG HAWG products occupy a different role, with multi-material and wood-focused solutions designed around particular cutting applications.
The practical lesson is simple: select the cutting technology first and the set size second. A large set of unsuitable holesaws is less useful than a smaller collection of cutters that genuinely matches the materials you work with.
HOLE DOZER is one of the Milwaukee holesaw families most relevant to general-purpose cutting. Bi-metal versions are intended for applications where a combination of cutting performance, durability and material versatility is useful.
When assessing a HOLE DOZER set, check the exact version rather than relying on the family name alone. Different kits can contain different diameters, arbors and accessories, and the cutting capabilities can vary between bi-metal and carbide versions.
BIG HAWG is aimed at demanding multi-material applications and is particularly relevant to trades such as electrical installation, carpentry, kitchen fitting, heating, ventilation and plumbing. The important distinction is that BIG HAWG should be selected according to the materials it is designed to cut rather than simply because it carries a heavy-duty label.
Milwaukee's current product information describes BIG HAWG multi-material holesaws as suitable for selected bricks, aerated concrete blocks, lightweight aggregate blocks, softwoods, chipboard, plywood, MDF and plastics, while also specifying materials for which they are not suitable. That distinction is important when choosing a set for mixed-site work.
For a professional user, the value of a BIG HAWG set can therefore come from reducing the need to change between completely different cutting systems when the job moves between approved materials. It should not, however, be interpreted as a universal substitute for dedicated concrete, stone or metal-cutting equipment.
Carbide-tooth HOLE DOZER products are worth considering when the intended application calls for a more specialised cutting edge. Carbide can be advantageous in demanding applications, but it does not automatically make a holesaw the correct choice for every material.
When comparing carbide sets, concentrate on the manufacturer's stated applications, the diameter range, cutting depth and the type of material involved. A carbide set can be an excellent investment when its additional capability is regularly used, but unnecessary expenditure if most of your work involves ordinary timber and sheet materials.
SHOCKWAVE is another Milwaukee accessory family that should be assessed on its specific specification rather than its branding alone. If you regularly use cordless impact equipment, verify that the particular holesaw, arbor and accessory combination is intended for the tool and application in question.
Compatibility is especially important because the phrase “impact rated” does not mean that every component of every holesaw system should automatically be used in every impact-driving situation. Always follow the manufacturer's instructions for the complete assembly.
There is no universal winner between bi-metal and carbide holesaws. The better choice depends on the materials, frequency of use and expected cutting conditions.
A common buying mistake is to assume that more teeth automatically means a better holesaw. Tooth count influences cutting behaviour, but it must be considered alongside tooth geometry, material, kerf, gullets, cutting depth and the application.
For clean cutting, chip evacuation can be just as important as the number of teeth. A cutter that cannot clear material efficiently can generate unnecessary heat and friction even if its specification looks impressive on paper.
The ideal size range depends on the holes you actually cut. Buying a kit simply because it contains more pieces can result in paying for diameters that rarely leave the case.
Electricians should build the selection around the diameters needed for cable routes, conduit, electrical boxes, glands and other installation requirements. The best set is usually the one that covers the recurring sizes without leaving large gaps around the diameters most frequently specified on site.
Plumbing applications can require a different combination of diameters because service penetrations need to accommodate pipework, sleeves and fittings. Consider both the finished hole diameter and the clearance required for the installation rather than selecting a holesaw based solely on the pipe's nominal size.
Kitchen fitting and joinery can involve repeated holes through timber-based boards for pipes, cables, services and fittings. A set with useful medium and larger diameters can be more practical than a very small kit dominated by sizes that are rarely needed for these jobs.
Occasional users should resist the temptation to buy a professional-sized assortment unless the extra diameters will genuinely be used. A smaller kit containing the most relevant sizes can provide better value and easier storage.
The holesaw itself is only one part of the cutting system. The arbor connects the cutter to the drill and the pilot drill helps locate and stabilise the cut. Before purchasing a set, confirm that the included arbor is suitable for the holesaws in the kit and for the chuck or drive system on your drill.
Pay attention to:
Milwaukee's BIG HAWG system, for example, uses dedicated system accessories including an arbor with pilot drill, illustrating why it is important to assess the complete accessory ecosystem rather than judging a holesaw purely by its diameter.
Diameter tells you how wide the hole will be, but cutting depth determines whether the holesaw can pass through the material in a single operation.
This matters when working with thick timber, stacked boards, composite panels or other substantial materials. A large diameter is not automatically useful if the cutter cannot reach the required depth.
Before buying, compare the holesaw's stated maximum cutting depth with the thickness of your workpiece. If the material is deeper than the cutter's practical capacity, consider whether the job can be approached safely from both sides or whether a different cutting system is required.
A good holesaw can perform poorly when paired with an unsuitable drill. Large-diameter cutters create considerably more resistance than ordinary twist drills, so the drill's power, speed control, chuck and handling characteristics all matter.
Cordless drills can be highly practical for site work because of their portability. When using larger holesaws, however, battery capacity, available torque and electronic control can become important. Do not judge suitability from voltage alone; the drill's complete specification and the holesaw manufacturer's guidance are more useful.
A mains-powered drill can be useful where extended cutting work is required and access to a power supply is available. Speed control remains important, particularly when cutting materials where excessive rotational speed can create unnecessary heat.
Do not assume that a conventional holesaw can simply be fitted to an impact driver because the drive appears compatible. Use only accessories specifically designed and rated for the intended tool and application.
Holesaws are not ordinary drill bits. The cutter removes a circular ring of material, creating considerably more contact between the accessory and workpiece. Running the cutter too aggressively can increase heat, vibration and tooth wear.
The appropriate speed depends on factors such as diameter, material and holesaw construction. Larger cutters generally require more careful speed management than small ones. Follow the manufacturer's recommended operating guidance for the specific holesaw rather than relying on a single universal RPM figure.
Three common symptoms during holesaw work are burning, binding and unusually rapid tooth wear. Each can have several causes.
Burn marks can indicate excessive heat, inappropriate speed, excessive pressure, a blunt cutter or insufficient chip evacuation. Continuing to force the cutter can make the problem worse.
Large holesaws can bind if the cutter becomes misaligned, the workpiece moves or the kerf closes around the cutter. Keep the work securely supported and use controlled technique rather than forcing the tool.
Premature wear can result from using the wrong holesaw for the material, excessive pressure, excessive heat or inappropriate drilling technique. It can also occur when an accessory reaches the end of its useful life.
For wood, prioritise cutting speed, chip clearance, suitable tooth geometry and the required cutting depth. If most of your work is timber, a wood-oriented holesaw can make more sense than paying for specialist multi-material capability that you never use.
Engineered boards can produce fine dust and may place different demands on cutting edges than solid timber. Choose a cutter explicitly suited to the material and consider the finish required around the hole.
Metal cutting requires closer attention to tooth construction, speed, lubrication where appropriate and workpiece thickness. Thin sheet and thicker steel should not be treated as identical applications.
Plastic can melt or deform if the cutter generates excessive heat. The correct holesaw, controlled speed and suitable technique are important for producing a clean opening without distorting the surrounding material.
Some Milwaukee multi-material holesaws are designed for selected brick and lightweight block applications, but suitability is material-specific. Hard brick, concrete, natural stone and other demanding masonry should not be treated as equivalent to softer approved materials.
Piece count is an easy specification to compare, but it is not a measure of usefulness. Ten regularly used sizes can be considerably more valuable than a larger assortment containing numerous rarely needed diameters.
A kit may look inexpensive until you discover that an appropriate arbor or replacement pilot drill is needed. Always assess what is actually included.
Milwaukee is a respected professional tool brand, but even within one manufacturer's range there are different holesaw technologies designed for different jobs. Brand reputation should support your decision, not replace application-specific comparison.
Multi-material does not mean every material. Check the manufacturer's exclusions as carefully as the approved applications.
A cutter can have exactly the diameter you need but still be unsuitable if its cutting depth is insufficient.
For frequent professional use, consider the long-term cost of replacing individual holesaws and pilot drills. A system with readily identifiable replacement components can be more practical than treating the original kit as disposable.
For a meaningful comparison, use the same criteria for every candidate rather than allowing the cheapest price or highest piece count to dominate the decision.
For users who regularly need multiple hole diameters, a set can be more practical than purchasing individual cutters one at a time. The strongest case for a set is usually repeated professional work where several standard sizes are used throughout the year.
For occasional DIY use, buying individual holesaws can sometimes be more economical if only one or two diameters are required. The right decision depends on usage frequency, the number of required sizes and the availability of compatible accessories.
A complete set is not automatically the best solution. Consider individual cutters when:
A broader kit becomes more attractive when your work involves multiple trades or frequent changes in hole diameter. It can also be useful when keeping a standard selection in a service vehicle or workshop reduces time spent looking for individual accessories.
However, assess the actual diameter distribution. A set heavily weighted towards sizes you rarely use may provide less practical value than a smaller kit supplemented with a few individual cutters.
Good storage is more than a convenience. Holesaws have cutting teeth that can be damaged if they are allowed to knock against other tools, and a disorganised case makes it harder to identify missing sizes.
When comparing kits, inspect how securely the cutters are held, whether individual sizes are clearly identifiable and whether the arbor and pilot accessories have dedicated storage. For mobile tradespeople, a compact and robust organiser can be particularly useful.
Correct maintenance can help preserve cutting performance and makes it easier to identify when an accessory should be replaced.
A holesaw does not necessarily become unusable at the first sign of reduced performance, but declining cutting efficiency should prompt an inspection.
Large holesaws can generate significant torque and resistance. Secure the workpiece and maintain a firm, controlled grip on the drill. Use appropriate eye protection and follow the safety instructions supplied with the drill, holesaw and material being cut.
Before drilling into walls, floors, ceilings or concealed areas, establish whether electrical cables, pipes or other services could be present. The risk of contacting a hidden service is often more important than the choice between two similar holesaw models.
Use suitable respiratory protection and dust-control measures where the material and working environment require them. Some materials create hazardous dust, and the appropriate control measures depend on the material and task.
Use this checklist when comparing two or more Milwaukee kits:
Specifications are most useful when they answer a practical question. Instead of asking whether one set has “better specifications”, translate each specification into the job you need to complete.
Look for a versatile bi-metal set with a sensible spread of commonly used diameters, a compatible arbor and readily replaceable pilot components. This is generally more useful than choosing a highly specialised kit for occasional specialist jobs.
A BIG HAWG multi-material configuration can be worth considering when your work regularly involves the materials specifically covered by the system. Always check the current material suitability information before purchase.
Consider a carbide-based HOLE DOZER option or another specialist Milwaukee holesaw family where the application genuinely requires it. The deciding factor should be the material and cutting conditions rather than the assumption that carbide is always superior.
A smaller set or individual holesaws may be the most sensible option. Focus on the diameters you are likely to use rather than paying for a large professional assortment that will spend most of its life unused.
Measure the required opening and consider whether the dimension refers to the actual hole, a fitting or a nominal pipe or component size.
This should be answered before choosing the holesaw technology. Do not start with the kit and attempt to find a compatible application afterwards.
Frequent professional use can justify a broader system and replacement ecosystem. Occasional use may favour a smaller selection.
Check chuck capacity, drive compatibility, speed control and the manufacturer's recommendations for the holesaw system.
Check the availability of individual holesaws, pilot drills and arbors before committing to a system you expect to use for years.
Retail listings can vary considerably in how much information they provide. Before buying, compare the manufacturer's specification with the retailer's description and make sure the exact kit configuration matches the listing.
Tool accessory ranges can change, and retailers can list older or alternative configurations under similar names. For that reason, a product comparison should always be based on the exact model or kit number where one is provided.
This is particularly important when comparing Milwaukee sets because the same product family can include individual holesaws, different set sizes, different tooth technologies and separate system accessories. Two listings that look similar in a search result may therefore provide quite different contents.
The best Milwaukee hole saw set depends on the materials, hole diameters and drill you use. For general-purpose work, a suitable bi-metal set can be a strong choice; for selected multi-material applications, BIG HAWG may be more appropriate; and demanding applications can justify a carbide-based option.
No. They are different Milwaukee holesaw families designed around different applications and cutting technologies. Always compare the stated material suitability and specifications for the exact product.
Some Milwaukee holesaws are designed for metal, but suitability depends on the exact holesaw construction, metal type, thickness and cutting conditions. Do not assume that a wood or multi-material cutter is suitable for every metal application.
Some Milwaukee multi-material holesaws are designed for selected brick and lightweight masonry applications. The important qualification is the specific material: hard brick, concrete, natural stone and other demanding masonry should not automatically be treated as suitable.
Neither is universally better. Carbide can be advantageous for applications requiring a more specialised cutting edge, while bi-metal remains a practical choice for many general-purpose applications. Match the technology to the material and frequency of use.
It depends on the specific kit. Never assume that the arbor is included simply because a listing is described as a “set”. Check the exact contents before purchasing.
Yes. Individual holesaws can make sense when you repeatedly need only a small number of diameters or when expanding an existing collection.
There is no reliable universal lifespan because wear depends on the cutter type, material, diameter, drilling technique, heat, pressure and frequency of use. Manufacturer application guidance is more useful than a fixed number of holes as a general expectation.
Heat can result from excessive speed, excessive pressure, an unsuitable cutter, poor chip evacuation, a worn cutting edge or inappropriate technique. Stop and reassess the material, cutter and operating conditions rather than simply applying more force.
Choose a larger set when you regularly use several of its diameters. Choose individual cutters when your work is concentrated around one or two sizes or when you need a specialist cutter.
Many holesaw applications can be performed with suitable cordless drills, but the exact combination depends on the cutter diameter, material, drill specification and accessory system. Check the manufacturer's guidance for the specific application.
The strongest way to choose a Milwaukee hole saw set is to work backwards from the job. Identify the material first, establish the required hole diameters, check the necessary cutting depth, confirm drill and arbor compatibility, then compare the appropriate Milwaukee product family.
Do not let piece count, branding or a headline discount make the decision for you. A smaller set containing the right sizes and cutting technology can be a better purchase than a much larger assortment that does not match your applications.
For general-purpose trade work, investigate the relevant HOLE DOZER options. For approved multi-material applications, compare BIG HAWG configurations. For demanding applications, investigate the appropriate carbide or specialist Milwaukee holesaw technology. Whichever route you choose, verify the exact kit contents, current specifications and material suitability before purchasing.
Prices, stock levels, retailer listings and individual kit configurations can change during 2026, so check the current specification and today's price before making a final buying decision.