Vertical lathe VT-2000is a lathe machine with the best performance in its class driven by C-axis gear box and servo motor (5.5kW). The VT-2000 vertical lathe is used for many different processes with just one machining pass with an accuracy index (0.001˚) that contributes to perfect machining processes such as milling, tapping and drilling.
The VT-2000 vertical lathe is built on a monolithic machine table tothe best rigidity and limit thermal displacement.
The guide lines are extremely precisely ground and polished by hand and its unique overall machine design provides exceptional vibration absorption and rigidity .
All-in-one structure with high rigidity and low balance from head to base frame ensures stable machining.
VT-2000 is a lathe with the best performance in its class driven by a C-axis gear box and servo motor (5.5kW), which can be used for many different processes with just one machining pass. with a precision index (0.001˚) that contributes to perfect machining processes such as milling, tapping and drilling.
Main features of the VT-2000 vertical lathe
1. Machine table and work table
The VT-2000 vertical lathe maximizes roughing efficiency and transmits power through gear transmission.
The application of high-stiffness hydrostatic bearings produces a higher quality machined surface than conventional bearings due to vibration reduction by the oil film and forced oil cooling system.
2. Square ram
Manufactured from special cast iron to increase heat treatment hardness and precision grinding , the square ram has a precise structure and high hardness.
The ram is integrated into the spindle of the VT-2000 vertical lathe and can perform drilling, tapping and milling operations.
3. Horizontal bars and columns
The crossbar of the VT-2000 vertical lathe is driven by precision ball screws and AC servo motors , moving in a precise and stable way to guide the column.
And its hydraulically clamped structure enhances stability during drilling, tapping or milling.
4. C axis part
The integrated C-axis controller enables precise execution of boring, drilling, milling and tapping operations, etc. to meet various machining conditions .