Top 24 Makita Metal Cutting Saws Compared – Expert Picks for 2026

How to Choose the Right Makita Metal Cutting Saw

Choosing a Makita metal cutting saw is less about finding the machine with the highest wattage and more about matching the saw's cutting system, capacity, speed, portability and intended material to the work you actually carry out. A saw that is ideal for repeated workshop cut-offs may be unnecessarily large for occasional site work, while a compact cordless solution may not be the most practical choice for continuous high-volume cutting.

For UK buyers, it is particularly important to distinguish between abrasive cut-off saws, metal-cutting saws designed around dedicated blades, and compact cordless cutters. These categories can look similar in photographs but behave quite differently in use. Cutting speed, heat generation, sparks, kerf, consumable costs, noise, workholding and the finish left on the cut can all vary substantially.

Makita's UK range has included several distinctly positioned metal-cutting machines. For example, the LC1230 and LC1230N/1 are 305 mm machines designed for quick, almost spark-free metal cutting, whereas the LW1401 is a larger 355 mm abrasive cut-off saw intended for heavier metal-cutting applications. Makita also lists cordless portable cut-off models such as the DLW140 and DLW141 in its technical safety documentation. Specifications and regional availability can change, so the exact model number and current UK specification should always be checked before purchase.

Makita Metal Cutting Saw Comparison: What the Specifications Actually Mean

Product specification tables can make metal-cutting saws appear easy to compare, but individual figures should not be considered in isolation. A higher power rating does not automatically mean a faster or better cut, and a larger disc does not necessarily make a machine more suitable for every workshop.

• Disc diameter: Determines the broad cutting envelope and is one of the first specifications to compare with the stock you intend to cut.
• Arbor or bore size: The disc's centre-hole dimension must match the machine and approved cutting accessories.
• No-load speed: Indicates rotational speed without a cutting load. It should not be interpreted as the actual cutting speed through a particular section of steel.
• Input power: Gives an indication of the electrical power drawn by a corded machine, but does not by itself predict real-world productivity.
• Maximum cutting capacity: One of the most important figures for buyers. Always examine the capacity at the cutting angle you intend to use.
• Weight: Important when a saw needs to be moved around a workshop or transported to different sites.
• Vibration: Relevant to operator comfort and exposure considerations, particularly where cutting is frequent.
• Noise: Metal cutting can be loud. Manufacturer-declared sound pressure and sound power figures should be treated as part of the overall risk assessment rather than as a simple indicator of whether hearing protection is required.

Cutting capacity is more important than headline power

A common buying mistake is to compare two machines primarily by wattage. For metal cutting, the useful question is not simply how much electrical power the motor consumes, but whether the machine can accommodate the shapes and dimensions of stock that need to be cut.

Makita specifies the LC1230 at 1,750 W with a 305 mm cutting disc and a maximum steel-pipe cutting capacity of 115 mm. The LC1230N/1 retains the 1,750 W input rating and 305 mm disc but has a listed no-load speed of 1,700 min^-1, compared with 1,300 min^-1 for the LC1230. Both are specified with a 90-degree capacity of 75 × 150 mm and a 45-degree capacity of 85 × 85 mm.

The larger LW1401 uses a 2,200 W motor and 355 mm disc. Makita lists a 90-degree capacity of 119 × 119 mm, a 45-degree capacity of 106 × 106 mm and a maximum steel-pipe capacity of 127 mm. Its listed weight without the cable is 18.3 kg.

These figures illustrate why capacity should be checked against your actual stock. A buyer cutting smaller rectangular box section may have little reason to choose a larger 355 mm machine simply because it has a higher wattage rating.

Makita LC1230 and LC1230N/1: What to Look For

The LC1230 family is particularly relevant when the priority is controlled metal cutting with comparatively little spark generation. Makita describes the LC1230N/1 as a 1,750 W, 305 mm cut-off saw for quick, almost spark-free metal cutting. The manufacturer also lists a quick-release vice, tool-less tensioning and quick-release adjustment of the cutting angle among its features.

The original LC1230 is specified with a 305 mm disc, 1,750 W continuous input power and 1,300 min^-1 no-load speed. Its published 90-degree capacity is 75 × 150 mm, with 85 × 85 mm at 45 degrees.

For a buyer comparing these two model designations, the lesson is simple: do not assume that a similar model number means identical specifications. Check the precise model suffix, voltage specification, included accessories and current manufacturer documentation.

Why the vice matters

A metal cutting saw is only as useful as its workholding system. A secure vice helps prevent the material from moving as the blade enters and exits the workpiece, which is important for repeatability and safe operation.

Look closely at how easily the vice can be adjusted for different stock sizes and angles. A fast-release mechanism can be particularly useful when making many repeated cuts, because repeated setup time can become a significant part of the job.

Makita LW1401: When a Larger Abrasive Cut-Off Saw Makes Sense

The LW1401 occupies a different position in the comparison. Makita specifies it as a 2,200 W, 355 mm cut-off saw with a 3,800 min^-1 no-load speed. The manufacturer lists a 127 mm maximum steel-pipe cutting capacity, together with adjustable cutting depth and a material clamp.

Its larger 355 mm disc and greater published cutting envelope can make this type of machine attractive for users who routinely work with larger sections. The trade-off is that abrasive cut-off saws generate sparks and heat, so the working environment and surrounding materials become especially important considerations.

The LW1401 specification also lists a 102 dB(A) sound-pressure level and 110 dB(A) sound-power level, with a stated vibration level of no more than 2.5 m/s² under the manufacturer's stated measurement conditions.

Abrasive cutting versus lower-spark metal cutting

Abrasive cut-off wheels remove metal through abrasion. This makes them versatile, but the process can produce significant sparks, heat and abrasive debris. Dedicated cold-cutting or lower-spark systems can be preferable where controlling heat and sparks is important.

That distinction should influence where the machine will be used. A fabrication area specifically arranged for abrasive cutting is very different from a finished interior environment containing combustible materials, sensitive surfaces or equipment that could be contaminated by cutting debris.

Corded or Cordless Makita Metal Cutting Saw?

Cordless metal-cutting equipment can be attractive where portability, access and the absence of a mains cable matter more than uninterrupted cutting duration. Makita's published safety and vibration documentation identifies the DLW140 and DLW141 as cordless portable cut-off saws.

The main advantage of cordless equipment is not necessarily that it is intrinsically more powerful. Instead, it can simplify movement around a site and remove dependence on a mains outlet. The practical buying calculation therefore includes battery availability, the number of batteries required for the intended workload, charging arrangements and the cost of compatible accessories.

When corded is likely to be the better choice

• Regular workshop cutting where a mains supply is already available.
• Long periods of repeated cutting.
• Applications where battery changes would interrupt production.
• Users who do not already operate within the relevant Makita cordless battery platform.
• Situations where the machine can remain in a dedicated cutting area.

When cordless can be advantageous

• Construction and installation work away from convenient power outlets.
• Jobs involving frequent relocation of the cutting station.
• Maintenance work where setting up a temporary mains supply is inconvenient.
• Users already equipped with compatible Makita batteries and chargers.

Before choosing a cordless model, check the manufacturer's current battery requirements and recommended operating conditions rather than assuming that every Makita battery is interchangeable across every tool.

Metal Cutting Saw Blade and Disc Selection

The machine is only one half of the cutting system. The cutting disc or blade has a major effect on the result, and the accessory must be appropriate for the particular saw and material.

Never select a cutting accessory solely because its diameter appears correct. Check the arbor size, maximum permitted rotational speed, material suitability and the machine manufacturer's requirements. The accessory must be installed and used exactly as specified by the relevant manufacturer.

Abrasive discs

Abrasive discs are commonly associated with conventional metal cut-off saws. Their advantages include broad familiarity and suitability for many ferrous-metal cutting tasks. Their disadvantages can include sparks, heat generation, abrasive dust and a cut that may require additional finishing depending on the application.

Dedicated metal-cutting blades

Dedicated metal-cutting blade systems can offer a different cutting behaviour from abrasive wheels. Depending on the machine and blade design, users may benefit from controlled cutting, reduced heat generation and a different finish. However, compatibility and material suitability are critical, and not every blade can be used on every machine.

Choosing a Makita Metal Cutting Saw for Different Materials

Mild steel

Mild-steel box section, angle iron, flat bar, tube and pipe are typical applications for metal cut-off equipment. The correct choice depends primarily on cross-section, wall thickness, quantity of cuts and the desired finish.

Stainless steel

Stainless steel deserves additional attention because heat management and contamination can be important. A suitable cutting accessory and machine configuration should be selected specifically for stainless applications. Avoid assuming that an accessory marketed generally for metal will provide the desired result on stainless steel.

Box section and rectangular tube

Rectangular material makes cutting capacity particularly important. A machine may accommodate one orientation of a section more comfortably than another, so compare the published dimensions rather than relying on a single maximum-diameter figure.

Round tube and pipe

Pipe is often quoted using maximum diameter, but wall thickness and material type still matter. A larger nominal diameter does not tell the whole story. Check the manufacturer's published capacity and consider the actual dimensions of the stock being cut.

90-Degree and 45-Degree Cutting Capacity

Published cutting capacity should always be read alongside the cutting angle. The maximum capacity at 90 degrees can be different from the capacity at 45 degrees because tilting the work changes the geometry presented to the blade.

For example, Makita's published LC1230N/1 figures are 75 × 150 mm at 90 degrees and 85 × 85 mm at 45 degrees. The LW1401 is listed at 119 × 119 mm at 90 degrees and 106 × 106 mm at 45 degrees.

If angled cuts are a routine part of the job, compare the 45-degree specification rather than selecting a saw based only on its headline maximum capacity.

What Does No-Load Speed Tell You?

No-load speed is the rotational speed of the cutting system when it is running without cutting material. It is useful for comparing machines, but it should not be treated as a direct measurement of productivity.

When a disc enters steel, resistance increases and operating conditions change. The actual cutting rate depends on the material, section geometry, accessory, feed pressure, machine characteristics and operator technique.

This is why a lower nominal speed does not automatically make one saw inferior to another. The complete cutting system has to be considered.

Power Rating: Why More Watts Is Not Always Better

Power is important when comparing corded machines, particularly for demanding work, but it is only one part of the specification. The LC1230 and LC1230N/1 are both listed at 1,750 W, while the LW1401 is rated at 2,200 W.

The larger LW1401 also uses a 355 mm disc and has a greater published maximum cutting capacity, so its higher power rating should be considered alongside its larger cutting system rather than in isolation.

Weight, Portability and Workshop Layout

Weight becomes particularly important when a machine is repeatedly carried between storage and the work area. The LW1401 is listed at 18.3 kg without the cable, while the LC1230 and LC1230N/1 are each listed at 19 kg without the cable.

Interestingly, this demonstrates why weight should not be used as a simple proxy for machine size. The LW1401's larger disc does not automatically make it heavier than every smaller-disc alternative.

Consider the complete workstation as well. A metal-cutting saw requires enough space for the material to be supported before and after the cut. Long lengths of box section or tube can be difficult to handle safely if the surrounding bench or support arrangement is inadequate.

Noise and Vibration Considerations

Noise and vibration are often overlooked during product comparisons because shoppers naturally focus on cutting capacity and price. For frequent users, however, these characteristics can influence comfort and the suitability of the work environment.

Makita's published LC1230 and LC1230N/1 specifications list 98 dB(A) sound pressure and 108 dB(A) sound power, with a stated vibration level of 3.0 m/s². The LW1401 is listed at 102 dB(A) sound pressure and 110 dB(A) sound power, with vibration of no more than 2.5 m/s².

These values are manufacturer-declared measurements under specified test conditions. They should not be interpreted as a promise that every cutting operation will produce exactly the same sound or vibration level.

Appropriate hearing and eye protection, suitable work clothing and a properly controlled cutting area remain important considerations when operating metal-cutting equipment.

Safety Features Worth Comparing

Safety features should not be treated as decorative additions to a specification sheet. The most useful features are those that make correct operation easier and reduce opportunities for accidental misuse.

• Lock-off controls: Help reduce the possibility of unintended start-up.
• Secure material clamping: Helps hold the workpiece consistently during cutting.
• Spark management: Particularly relevant to abrasive cut-off saws.
• Adjustable cutting depth: Useful where controlled cutting depth is required and supported by the machine design.
• Stable base: Reduces unwanted movement of the machine during operation.
• Guarding: The guard should always remain correctly installed and adjusted according to the manufacturer's instructions.

Makita lists a lock-off button, carry handle, adjustable cutting depth, material clamp and spark guide among the LW1401's stated features.

Common Buying Mistakes to Avoid

Buying by brand alone

Makita is a well-established power-tool manufacturer, but a respected brand name does not remove the need to compare individual models. Two Makita metal-cutting saws can use different disc sizes, speeds, cutting systems and capacities.

Choosing the largest saw available

Maximum capacity is useful only if you actually need it. A larger machine can occupy more workspace and may provide capabilities that never contribute to your typical jobs.

Ignoring the material profile

Do not compare only maximum pipe diameter if most of your work involves rectangular box section or angle iron. Use the published dimensional capacities that correspond most closely to your stock.

Forgetting the cutting angle

If you regularly make mitre cuts, verify the 45-degree capacity before purchase. The headline 90-degree capacity may give an incomplete picture.

Assuming all discs are interchangeable

Disc diameter is not enough. Bore size, accessory type, maximum speed and material compatibility all matter.

Ignoring consumables

The purchase decision should include the ongoing cost and availability of suitable cutting discs or blades. A machine with an attractive initial price can be less economical if its required consumables are expensive or inconvenient to source.

Underestimating workholding

A fast, secure vice can be more valuable in repetitive work than a small difference in motor specification. If the workpiece is awkward to position, productivity can suffer regardless of the machine's headline performance.

How to Compare Makita Metal Cutting Saws Properly

A useful comparison should follow the same sequence for every model rather than jumping directly to price.

1. Define the stock: List the pipe, tube, angle, flat bar and other profiles you actually cut.
2. Measure the largest section: Record the maximum dimensions rather than estimating from nominal descriptions.
3. Estimate cutting volume: Occasional DIY work and repeated fabrication require different priorities.
4. Choose the cutting system: Decide whether the characteristics of abrasive or lower-spark cutting are more appropriate.
5. Check 90-degree capacity: Compare it against your most common straight cuts.
6. Check 45-degree capacity: Essential if angled cuts are part of the workflow.
7. Check the accessory specification: Confirm disc diameter, bore and approved accessory type.
8. Consider power: For corded models, assess motor power in conjunction with capacity and intended workload.
9. Consider portability: Decide whether a fixed workshop machine or portable cordless format suits the job.
10. Check noise and vibration data: Particularly important for frequent use.
11. Review the included equipment: Check exactly what is included with the specific UK package.
12. Compare current pricing: Prices, bundles and availability can change, so check current retailer listings before buying.

Best Makita Metal Cutting Saw for Different Types of Buyer

Best for a dedicated workshop cutting station

A corded machine can make sense when the saw will remain in one location and a reliable mains supply is readily available. In this situation, the emphasis should be on cutting capacity, workholding, accessory compatibility and long-term suitability rather than battery convenience.

Best for larger sections

The LW1401 deserves consideration where its larger 355 mm disc and published 127 mm maximum steel-pipe capacity align with the material being cut. Its larger cutting envelope makes it a fundamentally different proposition from the 305 mm LC1230 family.

Best for lower-spark cutting

The LC1230 family is worth investigating where almost spark-free metal cutting is a priority. Makita specifically describes the LC1230N/1 as a saw for quick, almost spark-free metal cutting.

Best for mobile site work

A cordless portable cut-off format can be attractive where moving around a site is more important than maintaining continuous mains-powered operation. The DLW140 and DLW141 are identified by Makita as cordless portable cut-off saws, although buyers should verify the current UK product specification and package before purchase.

Workshop Setup and Material Support

Even a high-quality saw can perform poorly if the surrounding setup is inadequate. Long material should be supported so that its weight does not twist or bind the workpiece as the cut progresses.

The cutting station should provide a stable surface, enough clearance for the stock and a controlled direction for sparks or debris where applicable. Keep the immediate area free from unnecessary combustible materials and objects that could interfere with the saw or workpiece.

For repetitive production work, consider marking a consistent reference position for common cut lengths. A repeatable setup can save more time over a large batch than repeatedly measuring every component from scratch.

Maintenance Checklist for a Makita Metal Cutting Saw

Regular maintenance helps preserve predictable operation and allows potential problems to be identified before they become more serious.

• Inspect the cutting disc or blade before use and replace damaged or unsuitable accessories.
• Check that guards remain correctly positioned and undamaged.
• Inspect the vice and clamping mechanism for smooth, secure operation.
• Keep the cutting area clear of accumulated metal debris.
• Check the power cable and plug on corded machines for visible damage before use.
• Keep ventilation openings clear according to the manufacturer's maintenance instructions.
• Inspect fasteners and adjustable components as recommended in the instruction manual.
• Store cutting accessories in a dry, appropriate location.
• For cordless machines, follow the battery manufacturer's storage and charging instructions.
• Use only accessories and replacement parts that are suitable for the specific machine.

When to Replace a Cutting Disc or Blade

Do not continue using a cutting accessory simply because material can still be removed. Visible damage, abnormal vibration, unusual noise or other signs of deterioration should be treated seriously.

The correct replacement accessory should match the machine's required diameter, bore, speed rating and intended material. If there is uncertainty, consult the machine and accessory manufacturer's documentation rather than relying on appearance alone.

Makita Metal Cutting Saw Versus an Angle Grinder

An angle grinder can cut metal and is often more versatile for general maintenance work, but it does not provide the same dedicated workholding and repeat-cut setup as a bench-mounted or portable cut-off saw.

A dedicated metal cutting saw is generally more compelling when the task involves producing many consistent cuts from stock material. An angle grinder can be more useful where access, portability and multi-purpose functionality matter more than repeatable batch cutting.

The choice should therefore be based on workflow rather than simply asking which tool is more powerful.

Makita Metal Cutting Saw Versus a Metal Bandsaw

A metal bandsaw represents another fundamentally different approach. Bandsaws can be attractive when controlled, repeatable cuts and lower material loss are important, while cut-off saws can be preferable when rapid stock cutting is the priority.

Before deciding between them, consider the number of cuts required, material size, required finish, available workshop space, portability and the type of fabrication being undertaken.

Questions to Ask Before Buying

• What is the largest pipe, tube or bar I need to cut?
• Do I mainly make straight cuts or angled cuts?
• Do I need almost spark-free cutting?
• Will the machine stay in a workshop or travel between sites?
• Do I already own compatible Makita batteries?
• How many cuts will I make during a typical working session?
• What cutting accessories are required?
• What is the ongoing cost of those accessories?
• How much bench or floor space can I dedicate to the saw?
• Will long workpieces require additional supports?
• Is the supplied vice suitable for the stock I normally use?
• Have I checked the exact current UK model number rather than relying on an older product listing?

Understanding Manufacturer Specifications Versus Retailer Listings

Retailer listings can contain abbreviated or outdated specifications, particularly when products have been sold in several revisions. When two listings disagree, the exact model number should be identified first and the manufacturer's current documentation should be used as the primary technical reference.

This is particularly relevant to products with similar model numbers. The LC1230 and LC1230N/1 demonstrate how apparently small model-number differences can correspond with different published specifications, including no-load speed.

For buying decisions in 2026, also check whether the listing refers to a complete machine, a body-only configuration, a regional package or a bundle containing different accessories. Package contents can affect the effective cost considerably.

How to Judge Value Without Focusing Only on Price

The lowest purchase price is not necessarily the lowest total cost of ownership. A more useful comparison considers the machine, cutting accessories, expected workload and the time required to complete the job.

For occasional use, a buyer may reasonably prioritise a sensible initial outlay and broad utility. For frequent fabrication, productivity, repeatability, consumable availability and the suitability of the cutting system can become much more important.

Battery-powered models require an additional calculation: if batteries and a charger are not already owned, the complete cordless system cost should be considered rather than the tool price alone.

What Makes a Good Metal Cutting Saw for Professional Use?

Professional suitability is primarily about matching the machine to the workflow. A professional user should look beyond marketing language and examine the technical specifications that affect daily operation.

• Appropriate cutting capacity for the actual material range.
• Reliable and repeatable workholding.
• Fast adjustment for repeated cuts.
• Suitable cutting accessories that are readily obtainable.
• A machine format appropriate to the workshop or site environment.
• Controls that are straightforward to operate while wearing appropriate protective equipment.
• Published noise and vibration information that can be incorporated into workplace assessment.
• Manufacturer documentation that clearly identifies the machine and compatible accessories.

What Makes a Good Makita Metal Cutting Saw for DIY Users?

DIY buyers generally benefit from avoiding unnecessary specification chasing. If the machine is used only occasionally, choose based on the materials and dimensions actually encountered rather than the largest theoretical cutting capacity.

Storage is another important consideration. A large machine can be inconvenient if it has to be moved and stored after every project. Conversely, buying a compact machine that cannot comfortably accommodate the material may prove frustrating.

Expert Buying Advice: The Shortlist Method

A practical way to narrow the options is to create a three-model shortlist and eliminate products that fail a mandatory requirement.

• Model one: the smallest Makita machine that comfortably meets your cutting-capacity requirements.
• Model two: the machine that best matches your normal workload and preferred cutting method.
• Model three: a larger or more portable alternative that solves a specific limitation of the other two.

Then compare the remaining models on cutting capacity, cutting angle, accessory requirements, workholding, portability, noise, vibration, power source and current total purchase cost. This method is more useful than simply choosing the product with the largest specification numbers.

Frequently Asked Questions About Makita Metal Cutting Saws

Which Makita metal cutting saw is best?

There is no single best model for every buyer. The right choice depends on the material dimensions, cutting volume, preferred cutting method, portability requirements and whether a corded or cordless machine is more appropriate. The LC1230 family, LW1401 and cordless portable cut-off models occupy different positions, so comparing the actual specifications is essential.

Is the Makita LC1230 suitable for steel?

Makita specifies the LC1230 as a metal cutting saw and lists a maximum steel-pipe cutting capacity of 115 mm. Its published 90-degree capacity is 75 × 150 mm.

What is the difference between LC1230 and LC1230N/1?

Both are 1,750 W, 305 mm Makita metal-cutting saws with similar published cutting capacities, but the listed no-load speed differs: 1,300 min^-1 for the LC1230 and 1,700 min^-1 for the LC1230N/1. The exact current UK specification should be checked before purchasing.

Is the Makita LW1401 suitable for larger metal sections?

It is designed around a larger 355 mm disc and Makita lists a maximum cutting capacity of 102 × 194 mm, a 119 × 119 mm capacity at 90 degrees and a maximum steel-pipe capacity of 127 mm.

Does a larger disc mean a better metal cutting saw?

Not necessarily. A larger disc can provide greater cutting capacity, but it may be unnecessary for smaller stock. The best machine is the one whose capacity, cutting method and format suit the work rather than the one with the largest headline specification.

Are Makita metal cutting saws cordless?

Makita's published technical documentation identifies the DLW140 and DLW141 as cordless portable cut-off saws. Availability and exact specifications should be verified for the current UK market before buying.

What should I check before buying a used Makita metal cutting saw?

Confirm the exact model number, inspect the guard and vice, examine the power cable or battery interface, check for abnormal play or damage, inspect the cutting system and verify that replacement accessories remain obtainable. A used machine should not be purchased solely because its model number matches a well-regarded product.

Should I choose a metal cutting saw or an angle grinder?

Choose according to the job. A dedicated saw is particularly useful for repeated, controlled stock cutting, while an angle grinder provides greater general-purpose versatility and access to awkward positions. Neither replaces the other in every workshop.

Do I need a 355 mm metal cutting saw?

Only if its larger cutting envelope provides a meaningful advantage for your work. If most of your material fits comfortably within the capacity of a 305 mm machine, a larger saw may offer little practical benefit.

What is the most important specification to compare?

For most buyers, cutting capacity is one of the first specifications to verify, followed by cutting angle, cutting system, accessory compatibility, workholding, power source and portability. The correct order depends on the application.

Final Buying Checklist

• Confirm the exact Makita model number.
• Measure the largest material you intend to cut.
• Compare both 90-degree and 45-degree capacities.
• Decide whether abrasive or lower-spark cutting better suits the environment.
• Check disc diameter and arbor size.
• Confirm compatible cutting accessories.
• Consider corded versus cordless operation.
• Assess battery requirements if choosing a cordless model.
• Check machine weight and available workspace.
• Review vice and workholding arrangements.
• Consider noise and vibration for frequent use.
• Check current manufacturer documentation.
• Compare the complete package rather than only the headline tool price.
• Review current retailer pricing and availability before purchase.
• Read verified customer feedback alongside the technical specifications rather than using ratings as the sole basis for a decision.

Bottom Line: How to Find the Right Makita Metal Cutting Saw in the UK

The strongest buying decision comes from matching the machine to the work rather than choosing by brand, wattage or price alone. The Makita LC1230 and LC1230N/1 are 305 mm, 1,750 W options with published capacities suited to a wide range of metal stock, while the LW1401 steps up to a 355 mm disc, 2,200 W input and a larger published cutting envelope. Makita's DLW140 and DLW141 provide cordless portable cut-off alternatives for users whose priorities include mobility and freedom from a mains cable.

Before committing to a purchase, compare the exact UK specification, cutting capacity, cutting angle, accessory compatibility, workholding system, power source, machine size, noise and vibration information, and the complete cost of ownership. Product prices, packages and availability can change, so current retailer information should be checked at the point of purchase.

For an independent buying decision, technical specifications should be the starting point rather than the finish. Combine them with your actual material dimensions, expected cutting volume, workshop conditions and preferred working method. That approach is far more likely to identify the Makita metal cutting saw that is genuinely suitable for the job.