High Precision XA7150 Bed-Type Milling Machine from Reliable China Suppliers & Factory
Product Performance
- MEEHANITE cast-iron construction
- Rectangular guideways Y, Z with high rigidity
- Hardened and ground table surface
- Headstock swivels ±30°
- Spindle is driven by gears, 12 steps speed, the machine is applied to heavy cut
Specifications
| Specifications | Units | XA7150 |
|---|---|---|
| Table size | mm | 2000 × 400 |
| Table travel (X,Y) | mm | 1500 × 550 |
| Vertical travel of headstock | mm | 100-650 |
| Number/Width/Distance of T-slot | mm | 3-18-100 |
| Max.load of table | kg | 2000 |
| Feed speed | mm/min | 20-2000 |
| Rapid feed speed | mm/min | 3500 |
| Spindle speed range | rpm | 66-1440 |
| Spindle speed step | steps | 12 |
| Distance from spindle axis to column guideway | mm | 550 |
| Spindle motor power | Kw | 7.5 |
| Overall dimension | mm | 3000 × 2285 × 2340 |
| Machine weight | Kg | 5000 |
Factory Tour
Exhibition
EMO
Shanghai
Beijing
End User Use Scene
Frequently Asked Questions
What are the main advantages of MEEHANITE cast-iron construction?
MEEHANITE cast iron provides exceptional structural rigidity, thermal stability, and superior vibration dampening. This ensures the milling machine maintains high precision and accuracy even during heavy-duty cutting operations.
What is the maximum load capacity of the XA7150 worktable?
The XA7150 worktable is designed to handle a maximum load of 2000 kg, making it highly suitable for machining large, heavy workpieces.
How flexible is the headstock on this milling machine?
The headstock on the XA7150 can swivel ±30 degrees, allowing for versatile angular milling, drilling, and boring operations without needing complex fixtures.
How many spindle speed steps does the XA7150 offer?
The machine features a gear-driven spindle with 12 steps of speed, ranging from 66 to 1440 rpm. This gear-driven design delivers high torque for heavy-duty cutting.
What type of guideways are used on the Y and Z axes?
The machine is built with rectangular guideways on the Y and Z axes. This configuration offers high rigidity, stable movements, and excellent resistance to deformation under heavy loads.