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Compare 34 verified Metabo Jigsaw Blades for Precise Wood & Metal Cutting products in United Kingdom. Reviews, ratings, pros, cons and buying advice updated for October 2026.
Choosing a jigsaw blade is less about finding a blade that simply fits the tool and more about matching the blade to the material, thickness, required finish and type of cut. A blade that performs well in softwood can be a poor choice for laminate, hardwood, aluminium or sheet steel. Likewise, a blade designed for fast rough cutting may be unsuitable when the visible edge needs to be clean and accurately controlled.
For owners of Metabo jigsaws, the first consideration should therefore be compatibility with the exact machine, followed by blade geometry and material. Do not assume that every blade described as a “Metabo jigsaw blade” is an official Metabo accessory or that every universal jigsaw blade will fit every Metabo model. Check the tool manual, blade-reception specification and the manufacturer's compatibility information before purchasing.
Many modern jigsaws use a T-shank blade system, while older machines and some specialist tools can use different fittings. A T-shank blade has a shaped tang at the top that locks into the jigsaw's blade holder. If your Metabo model accepts T-shank blades, compatible third-party options can give you a much wider choice than restricting your search to one manufacturer.
Fit is not something to compromise on. A blade that looks similar to the correct type but does not lock securely into the tool can affect cutting accuracy and create an avoidable safety risk. Before ordering a multipack, confirm the shank type and any model-specific requirements in the instructions supplied with your jigsaw.
Blade length is another specification that is frequently misunderstood. A longer blade does not automatically mean that the jigsaw can safely cut material of the same thickness. The usable cutting depth depends on the blade design, tooth geometry, tool stroke, material and the amount of blade movement available during the cut.
Manufacturers may state recommended or maximum material thicknesses for individual blades. Treat those figures as application guidance rather than a universal promise. A dense hardwood, laminated board or metal sheet can behave very differently from a softwood of the same nominal thickness.
The steel used to manufacture a jigsaw blade has a direct influence on durability, flexibility, tooth retention and the materials for which the blade is appropriate. The most useful material categories to understand are HCS, HSS and Bi-Metal.
High-carbon steel, commonly abbreviated to HCS, is widely used for woodworking blades. It offers a useful combination of flexibility and cutting performance and is particularly suited to softer, non-abrasive materials.
HCS blades are often a sensible choice for general woodworking where the work does not involve unusually abrasive materials or frequent contact with hidden fasteners. They are available in different tooth pitches and geometries, so the HCS designation alone does not tell you whether a particular blade is intended for fast, fine, straight or curved cutting.
High-speed steel, or HSS, provides harder cutting teeth and is commonly associated with blades intended for metal and other demanding applications. The increased hardness can improve resistance to tooth wear, although a blade designed for metal should still be selected according to the type and thickness of the metal being cut.
HSS should not be treated as a universal upgrade over HCS. Harder does not automatically mean better for every application. A woodworking blade needs a suitable balance between tooth sharpness, body flexibility, cutting speed and resistance to breakage.
Bi-Metal, usually written as BiM or BIM, combines different steels within the blade. A harder cutting edge can be bonded to a more flexible body, providing a useful balance between tooth durability and blade resilience.
Bi-Metal blades are particularly attractive when the work involves demanding materials, hardwoods, laminates or mixed-material applications. They can also be useful where a blade is likely to encounter occasional embedded fasteners, provided the particular blade is specifically designed for that application.
Some specialist jigsaw blades use carbide technology or specialised coatings to improve performance in difficult materials. These are application-specific products rather than general-purpose replacements for ordinary woodworking blades.
Before paying more for a specialist blade, consider whether its additional durability or cutting capability is actually relevant to your projects. For occasional DIY work in softwood, a suitable HCS blade may make more sense than an expensive specialist alternative.
Tooth pitch describes the spacing between consecutive teeth. In practical terms, it helps determine how aggressively the blade cuts and how fine the resulting cut can be.
Tooth pitch should always be considered alongside material thickness. A very coarse blade can be unnecessarily aggressive in thin material, while an excessively fine blade can make a thick workpiece slow to cut and may encourage heat build-up.
A common buying mistake is to assume that the blade with the greatest number of teeth will always produce the best result. That is not how jigsaw blades work. Tooth spacing is a design decision based on the material and the intended cutting behaviour.
A fast-cutting woodworking blade may deliberately use larger teeth and a more open geometry to clear chips efficiently. A fine-finish blade may use smaller teeth to reduce the size of each cutting action. Choosing between them depends on whether your priority is speed, surface quality, control or a combination of these factors.
Two blades with similar lengths and tooth counts can behave quite differently because their teeth may be milled, ground, side-set, wavy-set, reverse-facing or arranged progressively.
Milled teeth are formed through a machining process and are commonly found on general-purpose and fast-cutting blades. They can be durable and effective for demanding rougher cuts.
Ground teeth are shaped to provide a more refined cutting edge. Depending on the blade design, this can support cleaner or more controlled cutting, making ground-tooth blades attractive for applications where finish matters.
With side-set teeth, the cutting teeth alternate slightly from side to side. This creates a kerf wider than the blade body and assists with material clearance. Side-set geometry is common in woodworking blades designed for efficient material removal.
Wavy-set teeth are arranged in a wave-like pattern rather than alternating individually. This geometry is commonly associated with blades intended for metal cutting and can provide controlled cutting in suitable sheet materials.
Reverse-tooth designs cut on the opposite part of the stroke compared with conventional jigsaw blades. They can be useful where reducing splintering on the visible upper face of a board is a priority.
However, reverse-tooth blades require attention to cutting technique because the cutting action and tool behaviour differ from a conventional blade. Always use the blade according to its intended orientation and the manufacturer's instructions.
Progressive blades vary the tooth spacing along the cutting edge. This allows one blade to accommodate a broader range of material thicknesses than a blade with a single uniform tooth pitch, although it should not be interpreted as meaning that one blade is automatically optimal for every job.
Wood is the material most people associate with a jigsaw, but “wood” covers a wide range of cutting conditions. Softwood, hardwood, plywood, MDF, chipboard, laminated boards and veneered panels can all require different blade characteristics.
For ordinary softwood, a general-purpose HCS blade is often an appropriate starting point. A coarser tooth pitch can prioritise speed, while a finer geometry can improve the finish on visible edges.
If the cut is hidden or will subsequently be sanded, cutting speed may be more important than a perfectly clean edge. For furniture components, visible panels or finishing work, prioritising a cleaner blade may save time later.
Hardwood generally places greater demands on the teeth than softwood. A blade designed specifically for hardwood can provide better control and durability than an inexpensive general-purpose blade.
For clean cuts in hardwood, look for a blade whose manufacturer specifically identifies hardwood as a suitable application. Blade thickness, tooth geometry and material construction can all influence how well the blade tracks through a dense workpiece.
Plywood can be deceptively difficult because its multiple layers may respond differently during cutting. Splintering can occur on the face or reverse of the panel, particularly when the wrong tooth geometry or cutting direction is used.
A fine-tooth or clean-cut blade can be preferable when edge appearance matters. Test the blade on an offcut whenever possible, especially when working with expensive decorative plywood.
Manufactured boards can be abrasive and may generate considerable dust. Blade choice should take account of the board composition and the finish required. A blade that cuts quickly through one board may produce a different result in a laminated or coated version.
For laminated boards, protecting the visible surface and controlling breakout can be more important than achieving the fastest possible cutting speed.
Laminate flooring, melamine-faced board and other finished panels present a particular challenge because the substrate may cut easily while the decorative surface is prone to chipping.
When buying blades for these applications, prioritise products whose specifications explicitly mention laminate, clean cutting or the relevant finished material. Fine teeth, appropriate cutting geometry and a suitable blade direction can help produce a more presentable edge.
It is also worth considering whether the cut edge will remain visible. If the edge will be hidden beneath trim or another component, a fast-cutting blade may be perfectly adequate. If the edge will be exposed, spending more on a blade designed for finish quality can be easier to justify.
Metal requires a different approach from timber. Using an ordinary coarse woodworking blade on metal is likely to produce poor results and accelerate tooth wear.
Metal-cutting blades generally use finer teeth and are available in constructions intended for different metal thicknesses and types. Bi-Metal blades can be particularly useful for demanding applications because they combine a hard cutting edge with a more resilient body.
Thin sheet steel normally calls for a fine-tooth blade intended specifically for metal. The blade must be appropriate for the material thickness, and the workpiece should be securely supported to minimise vibration.
Stainless steel can be considerably more demanding than ordinary mild steel. Select a blade whose manufacturer specifically lists stainless steel if that is your application. Avoid relying on a generic “metal” label when working with a particularly hard or heat-sensitive material.
Aluminium has different cutting characteristics from steel. A blade designed for aluminium can provide a more suitable balance between tooth geometry, chip clearance and cutting action than a generic steel blade.
For any metal-cutting application, follow the jigsaw manufacturer's recommendations for speed, lubrication where applicable and safe operating technique.
Curved cuts require a blade capable of changing direction without excessive lateral force. Narrower blades are generally better suited to tighter curves, while wider blades tend to offer greater resistance to twisting and can be advantageous for straighter cuts.
This creates an important trade-off. A very narrow blade may turn easily but can be easier to deflect if the operator applies too much pressure. A thicker or wider blade can track a straight line more confidently but may resist tight curves.
Blade thickness affects stiffness, stability and the way the blade behaves when lateral forces are applied. A stiffer blade can help maintain a straighter cut, particularly in thicker material, but it may be less suitable for tight curves.
If your priority is accurate straight cutting, look for blades specifically marketed around stability, precision or straight-line performance. If your priority is intricate curves, a narrower blade designed for that purpose may be more appropriate.
Jigsaw performance is influenced by more than the blade itself. Many Metabo jigsaws provide variable-speed control and orbital or pendulum action, depending on the model. These settings change the way the blade moves through the material and should be considered alongside blade selection.
A more aggressive orbital action can favour rapid cutting in suitable woodworking applications, whereas a gentler setting may provide better control and finish. Metal cutting generally requires a different approach from fast softwood cutting.
The correct settings depend on the exact jigsaw and material, so consult the machine's instructions rather than applying one setting to every job.
Changing the speed or pendulum setting cannot turn an unsuitable blade into the right one. If a blade is designed for fast rough cuts but you need a furniture-grade finish, changing the tool setting may help but will not completely change the blade's tooth geometry.
Blade selection should come first. Tool settings should then be adjusted to suit the chosen blade and workpiece.
Before choosing between competing blades, decide what “best” means for your project.
A mixed blade set can be useful for a household or workshop where projects vary. Instead of buying ten identical blades, a selection can include coarse and fine woodworking blades, a curved-cut blade and metal-cutting options.
The important point is to check what is actually included. Some sets are heavily weighted towards general-purpose wood blades and may provide little value if your projects frequently involve metal or specialist materials.
For a professional user, buying application-specific packs can be more economical in the long run because the correct blade can reduce wasted material, premature blade replacement and unnecessary finishing work.
When comparing several products, do not rely solely on star ratings or the number of blades in a pack. A ten-piece set is not automatically better value than a five-piece pack if half the blades are unsuitable for your work.
Metabo is not the only manufacturer worth considering when shopping for compatible jigsaw blades. Depending on the fitting and application, buyers may also encounter established accessory manufacturers such as Bosch, Makita, Milwaukee, DeWalt, Festool, Bahco and Starrett.
The key is to compare the specification rather than choosing a brand name in isolation. A Bosch blade, for example, may be an excellent choice for one cutting task while a Makita, Milwaukee or Metabo blade may be better suited to another. Brand reputation is useful as a starting point, but the blade's actual material rating, tooth geometry and compatibility matter more for the individual job.
The cheapest blades can appear attractive, particularly when sold in large packs. However, unit price is only one part of value. If a blade wears quickly, cuts inaccurately or produces excessive breakout, the apparent saving can disappear through replacement blades and additional finishing work.
A long blade is not automatically the best choice for thick material. Check the manufacturer's stated application range and consider the behaviour of the blade in your particular material.
Never assume that a blade will fit because the product description says it is “universal”. Confirm the actual shank configuration and compatibility with your Metabo model.
Woodworking blades and metal-cutting blades are designed around different cutting requirements. Select a blade intended for the material rather than attempting to make a general-purpose wood blade perform a specialist metal-cutting task.
A coarse blade can remove material quickly but may leave a rougher edge. If the finished edge is visible, choose a blade designed around finish quality.
General-purpose blades have their place, but there is no reason to expect one blade to deliver the fastest cut, cleanest finish, tightest curve and longest life across every material.
Even a high-quality blade can perform poorly if the cutting technique is unsuitable. Secure the workpiece firmly, mark the cutting line clearly and allow the blade to move through the material without forcing the tool.
Excessive forward pressure can increase blade deflection and make the cut wander. If the blade appears to be struggling, pushing harder is rarely the best solution. Check the blade type, tooth condition, speed setting and material thickness instead.
Unsupported material can vibrate during cutting. This can make the cut less accurate, increase noise and encourage splintering. Support the workpiece as close as practical to the cutting area while ensuring that the blade's path remains clear.
A jigsaw follows the operator's guidance rather than automatically following a line. Use a clear pencil, marking knife or suitable layout method for the material and keep the tool base stable against the workpiece.
Use controlled pressure and avoid forcing the machine through resistant material. A blade that is correctly matched to the workpiece should remove material without requiring excessive force.
Blade wear is not always obvious at a glance. Several changes in cutting behaviour can indicate that the blade has reached the end of its useful life.
Do not continue using a damaged or visibly compromised blade simply because there are still teeth remaining. Replace it when the condition of the blade makes safe and controlled cutting questionable.
Good storage helps prevent accidental damage before the blade is even used. Keep blades dry and protected from moisture, particularly when they are stored for long periods in an unheated workshop or garage.
Keeping different blade types separated also makes it easier to identify the correct blade before starting a job. A simple labelled storage system for wood, fine-finish, curved-cut and metal blades can save time and reduce the temptation to use the wrong blade.
Blade choice and tool maintenance work together. Keep the jigsaw's blade holder clean according to the manufacturer's instructions and inspect the fitting whenever you install a new blade. Dust and debris can interfere with the operation of moving components.
Also inspect the base plate, blade guide and other accessible components for damage or excessive wear. If the tool does not hold the blade securely, stop using it and consult the manufacturer's instructions or an appropriately qualified service professional.
Battery-powered Metabo jigsaws should also be maintained according to the instructions for the specific battery system and machine. Corded models should be checked for cable and plug condition before use.
A suitable blade does not remove the need for safe working practices. Wear appropriate eye protection and use additional protective equipment where the material and working environment require it. Keep hands away from the blade path and make sure the workpiece is secure before starting the cut.
Allow the blade to stop moving before placing the tool down. Disconnect or remove the battery according to the manufacturer's procedure before changing blades or carrying out maintenance.
Different materials can produce different dust and debris. When cutting engineered boards, plastics, composites or coated materials, follow the material manufacturer's safety guidance and use suitable dust control where required.
There is no universal answer because value depends on how often the blade is used and what it needs to cut. For occasional DIY work, inexpensive general-purpose blades may be perfectly adequate when correctly matched to the material.
For frequent use, difficult materials or applications where the cut quality matters, a more specialised blade can justify its higher purchase price if it provides better durability, control or finish.
The most useful comparison is therefore not simply price per blade. Consider cost per successful cut, expected service life, the value of your time and the consequences of a poor-quality cut.
Instead of treating blade quality as a simple good-better-best hierarchy, match your purchase strategy to the work.
Suitable for occasional household repairs and straightforward woodworking. Look for a reputable manufacturer, correct compatibility and blades matched to the material rather than buying the largest pack available.
A sensible option for regular DIY, renovation and workshop use. A mixed selection of application-specific blades can offer better versatility than a large collection of identical general-purpose blades.
Most relevant to frequent users, professional tradespeople and applications where cutting performance has a direct impact on productivity or finish quality. Specialist Bi-Metal, precision and material-specific blades can make more sense here than economy multipacks.
Product descriptions can contain a large amount of information, but the most important details are usually easy to identify once you know what they mean.
If a listing gives a blade code, use that code to check the manufacturer's specification rather than relying solely on a retailer's short description. Look for the shank type, material construction, recommended materials, tooth pitch, length and intended cutting application.
Be particularly cautious with vague phrases such as “heavy duty”, “professional quality” or “universal”. These descriptions are less useful than a clear specification showing what material the blade is actually designed to cut.
Jigsaw blades can look almost identical while having very different intended uses. Manufacturer specifications provide the context needed to distinguish them. This is particularly important when comparing blades from Bosch, Makita, Milwaukee, Metabo, DeWalt and other established accessory manufacturers.
Where possible, compare the technical specification rather than relying on photographs. Product images may not clearly show tooth pitch, blade thickness or the precise shank profile.
A genuinely useful all-round blade is one that matches the majority of your normal jobs rather than one that claims to cut every material equally well. For a typical woodworking user, that may mean a dependable general-purpose blade plus a finer blade for visible cuts and a narrower option for curves.
For a mixed-material workshop, adding suitable metal and multi-material blades can be more useful than repeatedly buying general-purpose wood blades.
The best combination is often a small selection of purpose-specific blades rather than a single “do everything” product.
No. Compatibility depends on the blade-reception system and the exact jigsaw model. Many modern jigsaws use T-shank blades, but you should confirm the fitting for your particular Metabo machine before buying.
Potentially, if the blade's shank and dimensions are compatible with the particular Metabo model. Bosch produces many T-shank blades, but brand-to-brand compatibility should always be confirmed against the tool and blade specifications.
The same principle applies. The brand name is less important than the blade fitting and application specification. Check the exact blade and your Metabo model before purchase.
T-shank refers to the blade's shank configuration, not a guarantee that every T-shank blade is suitable for every jigsaw application. The blade still needs to be appropriate for the tool, material, thickness and cutting task.
There is no single best blade for every type of wood. Softwood, hardwood, plywood, MDF and laminated boards can benefit from different tooth pitches and geometries. Choose according to the material and whether you prioritise speed, straight cutting, curves or finish quality.
Look for a blade specifically designed for clean or fine cutting of the material in question. Tooth geometry, pitch, cutting direction and blade stability all influence finish quality.
Choose a blade with a suitable length, tooth geometry and manufacturer-rated cutting capacity for the thickness involved. A longer blade alone does not guarantee better performance.
A narrower blade designed for curved cutting is generally the appropriate starting point. The tighter the curve, the more important blade width and flexibility become.
Some blades are specifically designed for multi-material applications, but a conventional wood blade should not be treated as a metal-cutting blade. If you regularly cut both materials, a purpose-designed multi-material or separate material-specific blade is usually the more sensible approach.
Bi-Metal construction can provide a useful combination of tooth hardness and body flexibility, making it valuable for demanding applications. It is not automatically better for every task, particularly when a simple HCS woodworking blade is already well matched to the job.
There is no universal replacement interval. Blade life depends on material, thickness, cutting speed, pressure, frequency of use and blade construction. Replace a blade when its cutting performance deteriorates or when the teeth or body are damaged.
Possible causes include excessive sideways pressure, forcing the tool, using an unsuitable or worn blade, cutting material that is too thick for the blade, or using a blade that is too narrow for a demanding straight cut. Check the blade specification and cutting technique before continuing.
Splintering can be caused by unsuitable tooth geometry, cutting direction, excessive feed speed, insufficient support or a worn blade. A clean-cut or reverse-tooth blade may help with particular applications, but the correct choice depends on which surface needs the cleanest finish.
A set is useful when you need versatility and regularly work with different materials. Individual packs can offer better value when you repeatedly perform the same type of cut and do not need unused specialist blades.
They can be, but not for every DIY user. If the work is occasional and straightforward, a reputable general-purpose blade may be sufficient. Premium or specialist blades become easier to justify when durability, finish quality or cutting productivity matters.
Before adding a blade to your basket, run through this short checklist:
A useful buying guide should distinguish between compatibility, performance and value rather than treating them as the same thing. A blade cannot be considered a strong choice if it does not fit the tool, and a blade that fits perfectly may still be unsuitable for the material.
When comparing options, consider the complete specification: fitting, blade construction, tooth design, pitch, length, thickness, intended material and cutting style. Then weigh those characteristics against the frequency and type of work you actually perform.
For independent purchasing decisions, it is also sensible to compare the latest specifications, read verified customer feedback and check current prices from reputable retailers before ordering. Product availability, pack configurations and prices can change, so the information shown by a retailer at the point of purchase should be treated as the final reference.
The best Metabo jigsaw blade is not necessarily the most expensive, longest or most heavily reviewed option. It is the blade whose fitting, construction and tooth geometry are properly matched to your Metabo jigsaw and the material you intend to cut.
For general woodworking, start by identifying the required finish and material thickness. For curves, pay particular attention to blade width. For metal, choose a blade specifically rated for the relevant metal and thickness. For demanding mixed-material work, consider Bi-Metal or specialist multi-material construction where the application justifies it.
Most importantly, treat the blade as a cutting accessory rather than a generic consumable. Selecting the correct blade can improve control, finish, cutting efficiency and service life, while the wrong blade can compromise all four. A small, carefully chosen collection of compatible blades is often more useful than a large pack of unsuitable ones.