CW6180 Metal Turning Lathe with DRO 550mm Wide Bed Heavy-Duty Plain Lathe for Mining & Petroleum Components

Product details

CW6180 Heavy-Duty Plain Lathe | Wide-Guideway Heavy-Cutting Lathe

Core Hardware: Bed guideway width: 550mm. Heavy-duty widened bed structure with high rigidity, stable vibration resistance, and minimal deformation under prolonged heavy cutting.

Key Advantages

550mm Ultra-Wide Bed Guideway

Widened rectangular guideway design with larger contact bearing area and superior support stability. Resists vibration during heavy-load cutting, maintains long-term machining accuracy, and is ideal for large-diameter and long-shaft workpieces.

Heavy-Duty Spindle System with Strong Load Capacity

Large-bore spindle, optional large-size 3-jaw / 4-jaw chucks, ample spindle torque. Capable of clamping large-size forgings and castings, suitable for rough turning and heavy stock removal of heavy -duty workpieces

Integral Cast Bed -High-Rigidity Machine Structure

Entire machine constructed with high-strength castings, stress-relieved through aging treatment to eliminate internal stress. Resists distortion and deformation, with slow accuracy degradation over long-term service.

Comprehensive Feed and Threading System

Equipped with precision feed box and lead screw, capable of cutting metric, imperial, module, and diametral pitch threads. Clearly marked operation gears with a wide cutting speed range.

Machining Features

Applicable workpieces: Large stepped shafts, rolls, flanges, cylinders, large mold blanks, heavy-duty engineering machinery components.

Process coverage: External turning, boring, facing, taper turning, arc turning, rough and finish machining of various thread types.

Operating conditions: Supports he

Versatility: Preferred equipment for components in mining, metallurgy, petroleum machinery, pressure vessels, and engineering machinery industries.avy rough turning with large depth of cut, while also accommodating semi-finishing and finishing operations -balancing machining efficiency and surface finish quality.