DW28730
Description
DeWalt DW28730 2300W 14-Inch Chop Saw – Heavy-Duty Metal Cutting Machine
The DeWalt DW28730 Chop Saw is a powerful and reliable metal cutting machine designed for professional fabrication, construction, engineering, and industrial applications. Equipped with a high-performance 2300W motor and a 355mm (14-inch) abrasive cutting wheel, this heavy-duty chop saw delivers fast, precise, and efficient cutting of steel pipes, rods, angles, channels, and other ferrous metal materials. Its robust construction ensures long-lasting durability even in demanding workshop environments.
The DW28730 features a quick-lock vise system for rapid material clamping, a 45-degree adjustable fence for accurate angle cuts, and an ergonomic D-shaped handle that enhances user comfort during extended operation. With a no-load speed of 4000 RPM, the machine provides clean and consistent cuts while maintaining high productivity. The integrated spindle lock allows quick and easy wheel replacement, minimizing downtime and improving workflow efficiency.
Designed for professional metalworking applications, the DeWalt DW28730 offers excellent cutting capacity, overload protection, and dependable performance for fabrication shops, maintenance departments, construction sites, and industrial manufacturing units. Its combination of power, precision, and durability makes it an ideal choice for users seeking a dependable metal cut-off saw.
Key Features:
Powerful 2300W motor for heavy-duty cutting applications
Large 355mm (14-inch) abrasive cutting wheel
High-speed operation up to 4000 RPM
Quick-lock vise for fast and secure material clamping
45° adjustable fence for accurate mitre cuts
Ergonomic D-handle design for enhanced user comfort
Durable metal construction for long service life
Easy wheel replacement with spindle lock mechanism
Suitable for steel pipes, rods, channels, angles, and metal sections
Applications: Metal fabrication, steel workshops, engineering industries, construction projects, maintenance work, industrial manufacturing, and fabrication units.



