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item | /specification | |
1 | Max. swing dia. over bed | 640mm |
2 | Max. turning dia. of workpiece | 510mm |
3 | Distance between centers | 1100mm |
4 | Bed form | step-wise |
5 | Middle pallet | 30° |
6 | Max.X stroke | 310mm(hard guide) |
7 | Max.Z stroke | 1100mm |
8 | Rapid feed X/Z | 18/36m/min |
9 | X/Z motor speed | 3000RPM |
10 | Z axis linear guide width | 55mm( roller style) |
11 | Ball screw X/Z | 3206/4012 |
12 | Spindle speed | 100-3000RPM |
13 | Spindle nose | A2-8/A2-11 |
14 | Spindle bore | 92mm/130 |
15 | Power of main motor | 11KW/15/18 |
16 | Spindle clamp | 10 inch hydraulic chuck/12/15 |
17 | Chuck bore | 75mm/90/110 |
18 | Tool holder | Hydraulic Turret(taiwan)/POWER TURRET |
19 | Number of tool holders | 12 |
20 | Standard blade size | 25×25mm |
21 | Maximum boring tool diameter | 40mm |
22 | Tailstock stroke | 800mm |
23 | Tailstock diameter | 110mm |
24 | Tailstock Mandrel stroke | 120mm |
25 | Tailstock taper | MT5 |
26 | positioning accuracy X/Z | 0.019/0.029mm |
27 | repositioning accuracy X/Z | 0.005/0.005mm |
28 | Overall dimensions of machine | 3500x2100x1850mm |
29 | Case dimensions of machine | 3700x2250x2280mm |
30 | Net weight /gross weight of the machine | 5500/6000kg |
1. In the design stage, FEA technology is used to simulate and analyze changes under various working conditions, realistic complexity and high rigidity design;
2. The class type 30° inclined bed is used to increase the bottom area, maximize the rigidity of the machine tool, and improve the comprehensive cutting performance.
3. The X axis of the structure adopts traditional rectangular hard rail to improve vibration damping and dynamic rigidity;
4. Z-axis adopts 55 large specifications and high rigidity roller guide rails to improve machine stability and dynamic response;