Professional 16-Inch (400mm) Industrial Electric Metal Cut-Off Saw - Heavy Duty Chop Saw with External Motor - Available in 3.5HP and 4HP Models for Steel Pipes and Pillars

Professional 16-Inch (400mm) Industrial Electric Metal Cut-Off Saw - Heavy Duty Chop Saw with External Motor - Available in 3.5HP and 4HP Models for Steel Pipes and Pillars

Elevate your workshop's production with this industrial-grade 16-inch (400mm) electric metal cutting machine. Engineered for heavy-duty fabrication, this saw features a powerful external motor designed for maximum torque and heat dissipation, ensuring a longer service life compared to internal motor models. Whether you are cutting thick structural steel pipes, solid pillars, or iron bars, this machine provides the stability and precision required for professional engineering and construction projects. Available in multiple power configurations, including 220V and 380V options, it is built to withstand the rigors of high-volume industrial use. The robust H-frame inspired base ensures minimal vibration, resulting in cleaner cuts and increased operator safety.

Powerful External Industrial Motor: Available in 3.5HP or 4HP configurations to provide massive torque for cutting through the toughest alloys.

Large 16-Inch (400mm) Capacity: Designed with a 400mm blade size to handle thick pipes, structural beams, and solid metal pillars with ease.

Versatile Power Compatibility: Choose between 220V Single Phase or 380V Three Phase models to match your workshop's electrical grid.

Stable Heavy-Duty Base: Features a reinforced base (up to 650×340 mm) to provide a secure and vibration-free cutting platform.

Industrial Weight for Stability: Weighs between 57 kg and 80 kg, offering the structural mass needed for steady, precise cuts in heavy metal.

Precision Engineering: Built for clean, straight cuts through a variety of steel profiles, reducing the need for secondary grinding or finishing.

Durable External Drive: The external motor design allows for easier maintenance and better cooling during continuous high-intensity operations.