Doosan PUMA 280M

Key Technical Specifications of the Doosan PUMA 280M CNC Lathe:

Max Turning Diameter: The 280M is adept at handling a commendable maximum turning diameter of up to 410mm, making it versatile for various machining tasks.

Spindle Motor Power: Powered by a 22/26HP spindle motor, this lathe seamlessly balances between formidable torque and precision, catering to both intensive and delicate tasks.

Spindle Speed: Users can leverage a flexible spindle speed that ranges from 30 to 3,000 RPM, making the 280M suitable for diverse machining requirements.

Max Turning Length: The machine offers a considerable turning length of 780mm, accommodating a wide range of workpiece dimensions with ease.

Turret Configuration: Featuring a 12-station turret, the PUMA 280M ensures rapid tool changes, minimizing downtime and maximizing productivity.

Chuck Size: A standard 10-inch chuck emphasizes its ability to secure a variety of workpiece sizes reliably.

Axis Travel: With the X-axis allowing a travel of 282mm and the Z-axis stretching to 830mm, the machine offers considerable flexibility in operations.

Milling Capabilities: The 'M' in 280M indicates its milling function, enabling users to carry out turning and milling operations on a single machine.

Additional Technical Data:

Bed Design: The 280M adopts a flat bed design, ensuring maximum stability throughout operations and enhancing chip disposal efficiency.

Drive System: Equipped with a high-efficiency AC drive system, the 280M guarantees consistent, smooth operations even under demanding conditions.

Controller Options: Diverse controller choices, predominantly from the renowned FANUC series, ensure the lathe's seamless incorporation into varied workshop settings.

Cooling System: An integrated cooling system consistently maintains optimal operating temperatures, staving off potential overheating and enhancing machine longevity.

Machine Weight: Reflecting its robust construction, the Doosan PUMA 280M weighs approximately 6,100 kg, promising stability and reliability.