Cut-off saw machine ID CO355N with blue and black design on a white background
Product card for 14" Electric Cut-off Saw ID CO355N with specifications and branding details.
Box of electric Cut-off Saw ID CO355N with dimensions indicated
Box of electric Cut-off Saw machine ID CO355N with dimensions indicated on a white background
Two boxes of electric Cut-off Saw machine ID CO355N on a branded background

ID CO355N 14" ELECTRIC CUT-OFF SAW MACHINE [G-240V] - 28956

Sale priceDhs. 350.00 Regular priceDhs. 400.00
SKU: 28956
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The ID CO355N 14" Electric Cut-Off Saw Machine is a heavy-duty 2200W cut-off saw engineered for demanding metal cutting, masonry cutting, and demolition applications. Powered by a 100% copper-wound motor with a 355mm abrasive wheel spinning at 3800 RPM no-load speed, this machine delivers fast, precise cuts through pipes, rebar, angle iron, and concrete blocks. Supplied with a Type G British 3-Pin plug and rated at 220–240V / 50–60Hz, it is ready for professional use across GCC and UK job sites.

Key Features Perfect For
  • 2200W Heavy-Duty Motor — exceptional cutting power for continuous professional use
  • 100% Copper Motor Windings — wound with 200°C temperature-resistant wire for sustained performance and longevity
  • Double Insulation — electrical components are fully isolated from the outer casing, eliminating shock risk without a ground wire
  • Spindle Lock — single-handed wheel changes with the spindle locked securely in place for fast, safe accessory swaps
  • Advanced Brush Holder Structure — optimised carbon brush geometry extends motor service life and reduces maintenance downtime
  • Cutting steel pipes, rebar, and angle iron on construction and fabrication sites
  • Masonry and concrete block cutting in demolition and renovation projects
  • Metal fabrication workshops requiring high-volume, repetitive cutting cycles
  • Trade professionals needing a CE-certified, double-insulated cut-off saw for site compliance

Industrial-Grade Cutting Power — Built to Outlast the Job Site

  • 2200W rated power input with a 3800 RPM no-load speed and a 355mm (14") maximum blade diameter — this machine generates the torque and surface speed needed to slice through hardened steel, cast iron, and dense masonry in a single controlled pass, reducing rework and material waste on site.
  • 100% copper motor with 200°C heat-resistant wire windings — unlike aluminium-wound alternatives, the all-copper construction maintains conductivity and structural integrity under prolonged high-load cutting, preventing premature motor burnout even in high-ambient-temperature environments common across GCC job sites.
  • Double insulation safety design — the motor and all live electrical components are encased in a secondary insulating barrier completely separated from the tool's outer housing, meeting international electrical safety standards and making the machine safe to operate without a dedicated earth/ground connection.
  • Spindle lock mechanism with a 25.4mm bore diameter — the spindle lock pins the arbour shaft instantly, allowing one-handed abrasive wheel replacement without additional tools. The 25.4mm bore is compatible with a wide range of standard cut-off and grinding wheels available globally.
  • Advanced brush holder architecture — the precision-engineered carbon brush holder maintains consistent brush-to-commutator contact pressure throughout the brush's service life, reducing arcing, heat build-up, and commutator wear, which directly translates to a longer motor overhaul interval and lower total cost of ownership.
  • Net weight of 11 kg with a robust cast housing — the machine's weight distribution is optimised for stable bench-mounted operation, minimising vibration transfer to the workpiece and improving cut accuracy on long or repetitive cuts.

This machine carries CE certification (Machine Test), confirming conformity with European machinery safety directives. In the box you will find the cut-off saw machine, a grinding wheel, a spanner, a support bar, an auto-stop carbon set, and a guide book — everything required to begin cutting straight out of the box.

General Purchase & Comparison Queries

What voltage and plug type does the ID CO355N use, and is it compatible with UAE and UK sockets?

The ID CO355N is rated at 220–240V / 50–60Hz and is supplied with a Type G British 3-Pin plug, which is the standard plug used in the UAE, UK, and most GCC countries. No plug adapter is required for use in these markets. The wide voltage range (220–240V) also ensures stable performance across varying mains supplies.

How does the ID CO355N compare to smaller 12" cut-off saws?

The 14" (355mm) blade diameter of the CO355N gives it a significantly deeper cutting depth compared to 12" (305mm) machines, making it capable of cutting larger-diameter pipes, thicker steel sections, and wider concrete blocks in a single pass. The 2200W motor also provides more torque than the typical 1800–2000W found in 12" models, reducing blade stalling on hard materials and extending wheel life.

Is this machine suitable for occasional home use or is it strictly a professional tool?

The CO355N is engineered primarily for professional and trade use — its 11 kg weight, 2200W motor, and 355mm wheel are optimised for high-volume, repetitive cutting on construction and fabrication sites. While it can certainly be used for serious DIY projects involving metal or masonry, users should ensure they have a stable workbench or stand and are comfortable operating a heavy-duty abrasive cut-off machine safely.

Product-Specific and Usage Queries

What materials can the ID CO355N cut, and what type of blade does it use?

The CO355N is designed to cut ferrous metals (steel pipes, rebar, angle iron, flat bar), cast iron, and masonry/concrete using a 355mm abrasive grinding wheel with a 25.4mm bore. The included grinding wheel is suitable for general metal cutting. For masonry and concrete, a compatible diamond or abrasive masonry wheel (sold separately, 355mm diameter, 25.4mm bore) should be used. Always match the wheel's rated RPM to the machine's 3800 RPM no-load speed.

How do I change the abrasive wheel, and what does the spindle lock do?

The spindle lock freezes the arbour shaft in place so the wheel cannot rotate during removal or installation. To change the wheel: press and hold the spindle lock button, use the included spanner to loosen the flange nut, remove the worn wheel, fit the new 355mm / 25.4mm bore wheel, and re-tighten the flange nut while keeping the spindle lock engaged. The single-handed spindle lock design means no second tool is needed to counter-hold the shaft, making wheel changes faster and safer on site.

What is the auto-stop carbon set included in the box?

The auto-stop carbon set is a pair of replacement carbon brushes pre-fitted with an automatic cut-out mechanism. When the brushes wear down to their minimum safe length, the auto-stop feature automatically disconnects the motor circuit, preventing commutator damage and alerting the operator that brush replacement is due. This protects the motor from running in a degraded state and extends the overall service life of the machine. A replacement pair is included in the box so you have a spare set ready from day one.

Problem/Solution-Oriented Queries

The machine stopped running mid-cut — what should I check first?

The most common cause of a sudden stop during cutting is worn carbon brushes triggering the auto-stop mechanism. Inspect the carbon brushes — if they have reached their minimum length, replace them with the spare auto-stop carbon set included in the box. Other causes to check: a tripped circuit breaker or RCD at the mains supply (the 2200W draw can trip lower-rated circuits), an overheated motor (allow 10–15 minutes to cool before restarting), or a damaged power cable. Always disconnect from the mains before inspecting internal components.

The cut-off wheel is wearing down very quickly — what could be causing this?

Rapid wheel wear is typically caused by one of three factors: using the wrong wheel type for the material (e.g., using a metal wheel on masonry), applying excessive side pressure during cutting (abrasive wheels are designed for straight plunge cuts, not lateral grinding), or using a wheel with a lower RPM rating than the machine's 3800 RPM. Always select a wheel rated for the material being cut, let the wheel do the work with steady forward pressure only, and verify the wheel's maximum RPM matches or exceeds the machine's no-load speed.

Is the machine producing excessive vibration or the cut is not straight — how do I fix this?

Excessive vibration or inaccurate cuts are usually caused by a damaged, unbalanced, or incorrectly mounted abrasive wheel. Stop the machine immediately and inspect the wheel for cracks, chips, or warping — a damaged wheel must be replaced before further use. Ensure the wheel is seated flat against both flanges and the flange nut is torqued correctly using the included spanner. Also check that the support bar (included) is properly installed and the workpiece is clamped securely to the machine's vice before cutting. Operating on an uneven or unstable surface can also amplify vibration.