Cut off saws use abrasive discs to slice through metal pipe, bar stock and concrete. Â Their high powered motors and robust guards ensure clean, square cuts. Â Spark deflectors and quick release clamps keep workpieces secure during cutting.
Cut-off saws—also known as chop saws or abrasive saws—are designed for straight, high-speed cuts in:
Metal pipes, rods, angles, and profiles
Concrete, bricks, and stone (with a diamond blade on specific models)
Rebar and steel studs
They are essential in metal fabrication, construction sites, and heavy-duty workshop applications where clean, fast, and repetitive cuts are needed.
Abrasive cut-off saws use resin-bonded cutting discs and are great for ferrous metals and general-purpose use. They tend to produce more sparks and require wheel replacement over time.
Dry-cut (cold cut) saws use a carbide-tipped blade and generate fewer sparks, less heat, and a cleaner cut—ideal for steel, aluminum, and stainless steel.
Both types are corded and powerful, but your choice depends on the material, cut quality, and volume of work.
Key considerations include:
Blade size (commonly 355 mm / 14″) and material compatibility
Motor power (usually 2000–2500W for heavy-duty use)
Quick-lock or tool-free vise for fast material clamping
Adjustable fence for angled cuts (0°–45° on some models)
Spark deflector, durable base, and spindle lock for blade changes
For high-throughput work, a soft start, overload protection, and integrated carry handle can also be helpful.
Cut off saws use abrasive discs to slice through metal pipe, bar stock and concrete. Â Their high powered motors and robust guards ensure clean, square cuts. Â Spark deflectors and quick release clamps keep workpieces secure during cutting.
Cut-off saws—also known as chop saws or abrasive saws—are designed for straight, high-speed cuts in:
Metal pipes, rods, angles, and profiles
Concrete, bricks, and stone (with a diamond blade on specific models)
Rebar and steel studs
They are essential in metal fabrication, construction sites, and heavy-duty workshop applications where clean, fast, and repetitive cuts are needed.
Abrasive cut-off saws use resin-bonded cutting discs and are great for ferrous metals and general-purpose use. They tend to produce more sparks and require wheel replacement over time.
Dry-cut (cold cut) saws use a carbide-tipped blade and generate fewer sparks, less heat, and a cleaner cut—ideal for steel, aluminum, and stainless steel.
Both types are corded and powerful, but your choice depends on the material, cut quality, and volume of work.
Key considerations include:
Blade size (commonly 355 mm / 14″) and material compatibility
Motor power (usually 2000–2500W for heavy-duty use)
Quick-lock or tool-free vise for fast material clamping
Adjustable fence for angled cuts (0°–45° on some models)
Spark deflector, durable base, and spindle lock for blade changes
For high-throughput work, a soft start, overload protection, and integrated carry handle can also be helpful.