Entry-Level CNC Lathes | Small workshops, prototyping | Work envelope: Ø300 x 600mm (ISO 230-2) Spindle power: 3kW (IEC 60034) Control system: Basic CNC (GSK 980TA) | Lower cost, easy maintenance | Limited capacity, slower production, basic precision |
Mid-Range CNC Lathes | Medium-scale production | Work envelope: Ø500 x 1000mm (ISO 230-2) Spindle power: 7.5kW (IEC 60034) Control system: Fanuc 0i Mate-TD▲ Spindle bore: 82mm (ISO 281) | Balanced performance/cost, moderate precision, versatile for general tasks | Not ideal for high-volume or extreme precision needs |
High-Performance CNC Lathes | Aerospace/automotive manufacturing | Work envelope: Ø800 x 1500mm (ISO 230-2) Spindle power: 15kW (IEC 60034) Control system: Siemens 840D SL▲▲ Spindle bore: 100mm (ISO 281) | High precision, fast throughput, advanced automation capabilities | High cost, requires skilled operators, large footprint |
Industry Standard CNC Lathes | General manufacturing | Work envelope: Ø450 x 1200mm (ISO 230-2) Spindle power: 5.5kW (IEC 60034) Control system: GSK 980TE | Reliable for standard tasks, cost-effective | Limited customization, slower compared to advanced models |
Our Base Model (CKE6150Z) | Small to medium workshops | Work envelope: Ø500 x 1000mm (ISO 230-2) Spindle power: 7.5kW (IEC 60034) Control system: GSK 980TE▲ Spindle bore: 82mm (ISO 281) CE-certified (EN 60204-1) | Cost-effective, reliable, suitable for general machining | Limited to medium-duty tasks, basic control system |
Our Advanced Model (CKE6150Z) | Complex machining tasks | Work envelope: Ø500 x 1000mm (ISO 230-2) Spindle power: 11kW (IEC 60034)▲ Control system: Fanuc 0i Mate-TD▲▲ Spindle bore: 100mm (ISO 281)▲ CE-certified (EN 60204-1) | Higher precision, faster processing, advanced control for complex geometries | Higher cost, requires skilled operators, larger power consumption |