Heavy-Duty CNC Lathes | Large-scale manufacturing, heavy metalworking | Spindle Power: 15kW (▲▲ Industry: 12kW) IEC 60034-30-1 Workpiece Length: 3000mm (▲ Industry: 2500mm) ISO 230-2 Twin Spindles: 105mm bore (▲ Industry: single spindle) | Handles large/complex parts, high power for tough materials, reduced downtime | Larger footprint, higher cost, requires skilled operators |
Compact CNC Lathes | Small workshops, prototyping | Spindle Power: 5kW (Industry: 5-7.5kW) IEC Workpiece Length: 1200mm (Industry: 1000-1500mm) ISO 230-2 | Space-saving design, cost-effective, easy to install | Limited capacity for heavy materials, lower precision compared to heavy-duty models |
High-Precision CNC Lathes | Aerospace, medical devices | Tolerance: ±0.001mm (▲▲ Industry: ±0.01mm) ISO 230-2 Spindle Speed: 4000rpm (▲ Industry: 3000rpm) ISO 230-2 | Ultra-precise machining for critical components | Higher price, slower cycle times, sensitive to vibration |
Multi-Tasking CNC Lathes | Complex parts (milling + turning) | Y-Axis Milling: ▲ Advanced feature (Industry: rare) Twin Spindles: 105mm bore (▲▲ Industry: single spindle) | Reduces setup time, integrates milling/turning | Complex programming, higher maintenance costs |
Entry-Level CNC Lathes | Hobbyists, small batches | Spindle Power: 7.5kW (Industry: 5-10kW) IEC Control System: Basic GSK (Industry: similar) | Affordable, user-friendly, low entry cost | Limited automation, slower processing, fewer customization options |
Vertical CNC Lathes | Large-diameter parts, heavy workpieces | Vertical Spindle: ▲ Unique design (Industry: horizontal dominant) Workpiece Weight: 5000kg (▲▲ Industry: 3000kg) ISO 230-2 | Stable for heavy loads, better chip evacuation | Limited access to work area, higher initial investment |