Main structure
• 45° Slant-Bed Lathe.
Lowering the center of gravity of the turret increases the stability of the machine and balances the cutting force and stability. The design of bed water flow direction structure makes the coolant gather at the lowest place and smooth chip discharge.
• Monobloc Meehanna Cast Iron (GB300) Bed.
Stress relieved treatment, no deformation concerns, can increase the rigidity and stability of the machine. The weight of the bed and the thickness of the structure are sufficient to withstand heavy cutting loads.
• Programmable Tailstock
• Using FANUC αP series wide-range spindle motor can provide high torque at low speed.
• DUPLOMATIC AUTOMATION 12T power turret.
• Fanuc 0i-TF controller / 8.4” LCD
Power Turret
• Using Duplomatic 12T power turret imported from Italy.
• Powered by FANUC α2 spindle motor 2.2 / 3.7 kW.
• Specification of tool holder: VDI-30 Axial / DIN-5480.
• With the C-axis function of the spindle and the use of axial and radial tool holders. The power turret can be used for milling, Boring, tapping, and other machining operations. Demonstrate the high efficiency of turning and milling combined function.
Programmable Tailstock
• Spindleless tailstock design to avoid spindle fitting errors.
• Tailstock movement is programmed to match the machining operation, which makes the operation easier.
• MT#4 Morse Taper Live Center. Other types of centers may be available.
Parts Collector
• Operation Mode: Swing Arm.
• Max. workpiece length: 110 mm.
• Max. workpiece dia.: Ø 52 mm (opt.: Ø 65 mm).
X-axis & Z-axis Linear guideway
• Linear guideway using high rigidity three-row ball slide, increasing the contact area with the organization, increasing the whole rigidity by 30%.
• Less error in axial movement precision and improved machining quality.
C-axis contouring functions
The C-axis function of the spindle is suitable for workpiece contouring, and the division precision is up to 0.001°.
Precision, high-rigid spindle
• The spindle uses high precision Angular contact ball bearing and roller bearings, which are suitable for high speed precision cutting and low speed heavy cutting.
• High stability in axial and radial machining.
• The spindle is driven by a high-torque motor, providing a suitable solution for a wide range of machining needs.
Tool Interference Diagram
※Notes:
1. Our company adheres to the spirit of innovation , good spirit of continuous improvement and development of new features, while keeping the right to change the specifications of the catalog. If there is a change without notice, welcome to contact us.
2. The dimensions and data recorded in the catalog may differ from the actual data generated depending on the processing, environment, and tool conditions.