The maximum slewing diameter on the bed: Φ560 mm
The maximum processing diameter on the tool holder: Φ300 mm
Technical Parameters:
project | unit | specification | |
Main parameters: | Maximum swing diameter on the bed | mm | Φ560 |
Maximum machining diameter on turret | mm | Φ300 | |
Maximum processing length | mm | 500/ 1000 | |
Spindle and chuck parameters | Spindle head type (chuck) | A2-6 (8 inches) hydraulic | |
Spindle motor power | kw | 11 | |
Maximum spindle speed | rpm | 50-4000 | |
Spindle bore diameter | mm | Φ65 | |
Bar diameter | mm | Φ50 | |
X-axis limit travel | mm | 200 | |
X-axis motor torque | N.M | 10 | |
X/Y axis guideway specifications | mm | 35/ 35 | |
Z-axis limit travel | mm | 400 | |
Z-axis motor torque | N.M | 10 | |
X, Z axis connection | Direct connection | ||
Tailstock section | Dota | Horizontal 8/12 stations | |
Sleeve form | mm | hydraulic pressure | |
Sleeve diameter | mm | Φ74 | |
Sleeve stroke | mm | 80 | |
Tailstock maximum travel | mm | 450 | |
Tailstock sleeve taper | # | Mohs 5 | |
Form factor weight | Bed form and inclination | Monolithic | |
Length*width*height | mm | 2950/3450x1860x1850 | |
Heavy (about heavy) | kg | 4250 |
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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