L-M Series
CNC Horizontal Turning (Milling) Machines
L-25H High Precision CNC Horizontal Turning (Milling) Machine
The process is powerful, multifunctional, multi-species, small batch, a clamping can complete a variety of processing of personalized market manufacturing needs, to meet the complex parts processing needs, widely used in the field of valves, ships and construction machinery, especially favored by the automotive parts manufacturing enterprises.
Models & prices
Prices for this series are available on request.
Model data

| Machining range Max. swing diameter on the bed | mm | φ500 |
| Max. machining diameter (shaft/disc) | mm | φ200/φ250 |
| Max. machining length | mm | 450 |
| Max. bar diameter | mm | φ45 |
| X-axis travel | mm | 140 |
| Z-axis travel | mm | 500 |
| Spindle speed | r/min | 0-6000 |
| Spindle through hole diameter | mm | φ57 |
| Tailstock Tailstock sleeve diameter/travel | mm | φ70/100 Optional |
| Rapid traverse speed (X axis) | m/min | 30 |
| Rapid traverse speed (Z axis) | m/min | 30 |
| Cutting feed speed | mm/min | 1~8000 |
| Tool body size | mm | 25´25 |
| Max. boring tool diameter | mm | 40 |
| Positioning accuracy (X axis) | mm | 0.006 |
| Positioning accuracy (Z axis) | mm | 0.008 |
| Repeatability ((X axis) | mm | 0.004 |
| Repeatability ( (Z axis) | mm | 0.004 |
| Equipment capacity | kVA | 12 |
| Coolant tank capacity | L | 150 |
| Machine size | mm | 2500*1700*1680 Manual chip removal coolant tank |
| Weight (approx.) | kg | 3400 |
Characteristics
- Highly rigid, low-vibration 30-degree inclined lathe bed saddle structure designed to extend tool life.
- High precision, high rigidity spindle structure with spindle runout within 0.003mm.
- High precision, high rigidity, high stability servo and power turret.
- X, Z axis screw adopts imported C3 level bidirectional preload screw, high speed and silent, 30m/min, fast response speed and high positioning accuracy.
- Ergonomically designed, swing type operation panel.
- A variety of options for automation to achieve higher production efficiency.