The maximum slewing diameter on the bed: Φ400mm
The maximum rotation diameter of the transverse slide: Φ140mm
Technical Parameters:
project | unit | parameter | |
Main parameters: | Maximum swing diameter on the bed | mm | Φ400 |
The maximum rotation diameter of the transverse slide | mm | Φ140 | |
Maximum processing length | mm | 200 (row knife) | |
X-axis maximum travel | mm | 400 | |
Maximum travel in the Z-axis | mm | 300 | |
Spindle motor power | KW | 5.5 servo | |
Spindle parameters | Maximum spindle speed | rpm | 3500rpm |
Clamping form | Hydraulic chucks | ||
Number of spindle speed stages | Infinitely variable speed | ||
Spindle end code | A2-5 | ||
Spindle bore diameter | mm | Φ56 | |
Inner diameter of the spindle drawn tube | mm | Φ45 | |
Feed section parameters | Rapid traverse speed | m/min | X:24 Z:24 |
X/Z motor torque | Nm | 6/6 | |
Cross-section of the shank | 20×20 | ||
Knife | mm | Platoon knives | |
X/Z repeatability | mm | ±0.003 | |
Form factor weight | Dimensions (LxWxH) | L | 2200x1530x1780 |
Bed form and inclination | Monolithic/45 degrees | ||
The weight of the whole machine | mm | 2300 |
Machine description: This machine tool is a high-speed, high-precision, high-reliability inclined bed machine tool. The main components such as the bed frame, bed and headstock are cast with high-strength materials to ensure the long-term stability of the machine tool.
The machine adopts a 45° integral inclined bed structure, equipped with high-precision preloaded Taiwan linear rolling guide. The servo motor is connected directly to the screw rod by means of a high-torque, low-inertia elastic coupling. The screw rod support adopts a pre-stretching structure, which can eliminate the transmission backlash, and pre-compensate for the influence of thermal deformation on the accuracy during the long-term operation of the machine tool to ensure the positioning accuracy and repeated positioning accuracy; The machine tool has high positioning accuracy and smooth chip removal, which is suitable for high-speed and high-precision machining.
The use of high-speed, high-precision, high-rigidity cassette spindle unit and servo spindle motor can achieve higher spindle speed. The spindle unit is assembled in a thermostatic chamber. After assembly, it runs at a constant temperature for 72 hours, and then runs continuously on the machine for 72 hours to ensure the reliability of high-speed and high-precision performance.
The arrangement method is adopted, the tool change speed is fast, and the positioning accuracy is high.
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