Entry-Level CNC Lathes | Small workshops, prototyping, educational institutions | 7.5kW Spindle Power (ISO 230-2), Basic G-code CNC (Limited axis control) | Cost-effective, easy to operate, low maintenance | Limited capacity (Max workpiece diameter: 200mm), slower processing speed |
Mid-Range CNC Lathes | Medium-scale production, general machining, job shops | 10kW Spindle Power (ISO 230-2), Fanuc Control System (ISO 6983) | Versatile for most applications, moderate cost | Not optimized for heavy-duty or ultra-precision tasks |
High-Precision CNC Lathes | Aerospace, medical devices, precision instrument manufacturing | 12.5kW Spindle Power, 0.001mm Accuracy (ISO 230-2), Heidenhain Control | Ultra-precise cuts, ideal for critical components | High cost, slower cycle times, requires skilled operators |
Heavy-Duty CNC Lathes | Automotive, construction equipment, heavy industrial parts manufacturing | 15kW Spindle Power (ISO 230-2)▲▲▲, Max Diameter 500mm (ISO 230-2)▲▲ | Handles large/heavy workpieces, robust for continuous operation | Larger footprint, higher energy consumption, limited flexibility for small jobs |
Vertical CNC Lathes (Our Model) | Complex vertical machining, tight spaces, short-run precision parts | Vertical Spindle Design▲, 15kW Spindle Power (ISO 230-2), GSK 980TE Control▲ | Space-efficient, precise vertical cuts, ideal for compact workshops | Limited horizontal reach, slower for long workpieces |
Horizontal CNC Lathes (Industry Standard) | Mass production, long workpieces (e.g., shafts, rods), high-volume shops | Horizontal Spindle▲, 14kW Spindle Power (ISO 230-2), Siemens 840D Control | Superior for long parts, faster cycle times | Requires more floor space, less vertical precision compared to vertical lathes |