0102030405
5 Axis Lathe Machine computer numerically controlled Milling Machine
Technology Parameter
| Capacity | |||||||||
| Maximum turning diameter over the bed | 360mm | ||||||||
| Maximum turning diameter over the turret | 180mm | ||||||||
| Maximum machining diameter | 360mm | ||||||||
| Maximum processing length | 400mm | ||||||||
| Taper of the spindle front hole | 44° | ||||||||
| The height from Tool post to spindle center | 400mm | ||||||||
| The stroke of the axis | |||||||||
| X axis stroke | 680mm | ||||||||
| Y axis stroke | 320mm | ||||||||
| Z axis stroke | 220mm | ||||||||
| Spindle | |||||||||
| Spindle speed | 1-6000RPM | ||||||||
| The spindle 360° indexing error | 0.018° | ||||||||
| Spindle nose | A2-5 | ||||||||
| Hole diameter | 46mm | ||||||||
| Spindle power | 7.5Kw | ||||||||
| Precision | |||||||||
| Machining precision | <0.01mm | ||||||||
| Repeating positing precision | <0.005mm | ||||||||
| Knife rest | |||||||||
| Tool post form | 6 station bus servo turret | ||||||||
| Height of rectangular shank | 20mm | ||||||||
| Diameter of boring bar handle | 20mm | ||||||||
| Feeding | |||||||||
| X spindle fast feeding | 20m/min | ||||||||
| Y spindle fast feeding | 18m/min | ||||||||
| Z spindle fast feeding | 24m/min | ||||||||
| Motor | |||||||||
| Spindle motor | 7.5kW | ||||||||
| Hydraulic pump motor | 0.75kW | ||||||||
| Cutting fluid pump motor | 0.12kW | ||||||||
| Power supply electric | 380V | ||||||||
| Machine volume | |||||||||
| Floor area (standard specification) X3 | 1750 x 1400 x1850mm x mm | ||||||||
| weight | 1800kg | ||||||||
product description
- 1.CNC Control System
The machine adopts Syntec bus control system which can achieve highly sophisticated task of metal processing. It allows for precise control of the cutting process. This system integrates advanced computing technology with mechanical operations to provide exceptional accuracy and efficiency. The CNC control unit is equipped with a user-friendly interface that enables operators to input and manage complex programming sequences. It features a robust software suite capable of executing intricate 2D and 3D machining operations. With real-time monitoring and adaptive control capabilities, the system ensures that the machine operates smoothly, delivering high-quality cuts and exceptional consistency in production.
- 2.Hydraulic Clamping with Collet and tailstock
Hydraulic clamping is a state-of-the-art mechanism used for securing workpieces in place during the machining process. The system employs a collet, which is a precision-made clamp that grips the workpiece securely. The collet is activated hydraulically, providing a strong and consistent hold without damaging the workpiece. Additionally, the tailstock, which is a sliding support structure, is also hydraulically controlled. It can be adjusted to accommodate different lengths of workpieces and provides additional support for stability during the cutting process, ensuring precision and accuracy. 
3.4+4 Y axis Power Head&6 Station Servo Tool Turret
The 4+4 Y axis power head is a unique feature that enhances the machine's versatility and productivity. This design consists of two independent Y-axis slides, each equipped eight cutting stations. This allows for milling operation of both radial and axial direction, effectively increasing the machine's capability to perform complex operations. The 6 station servo tool turret is a key component that increases the efficiency and flexibility of the machine. This turret is equipped with six tool stations, each capable of holding a different tool for a variety of cutting operations.
- 4.Screw Lead and Linear Guide RailThe linear guide rail system, which works in conjunction with the screw lead, provides stable and precise support for the moving parts of the machine. These rails are made from high-quality materials and are designed to minimize friction and resist wear, even under the heavy loads and high speeds encountered during machining operations. The guides are typically equipped with recirculating ball bearings that offer low friction and high rigidity, enabling the machine to maintain tight tolerances and deliver superior surface finishes.
- 5.Electric Spindle
The electric spindle is the heart of the machine's cutting capability, providing the power and precision necessary to perform a variety of machining operations. It is a high-speed motor mounted directly on the machine tool, which rotates the cutting tool to remove material from the workpiece. The electric spindle is designed for high performance, with a focus on speed, power, and precision. 