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Integrated Solution Provider
Product Characteristics
Taikan machine parts and product processing center T-V6 is our independent development of a precision parts processing customers with high precision, high finish requirements, with high speed, high precision, high efficiency, high speed tool change and other characteristics.
The three-axis X/Y/Z1.Taikan machine parts and product machining center adopts high precision linear slide rail to ensure the positioning accuracy of the machine in high speed operation.
2. Key parts of the machining center, such as bed, spindle and so on, are made of Mihanna cast iron. After 3 D dynamic finite element analysis, it has good stability and high strength, which ensures the accuracy of high speed cutting is stable and reliable.
The ball wire rod of
3. Triaxial drive adopts Taiwan C3 grade nut pair ball wire rod, the contact area can withstand the big load, the bearing capacity is strong, the ball wire rod motor end and the tail end bearing all adopt the imported C4 grade combination special high speed bearing, the triaxial ball wire rod all carries on the prestretching, the performance is stable, enhances the axial power transmission efficiency.
4. The ultra wide base, the saddle is widened and lengthened, and the structure is strong to ensure the heavy load capacity when processing. "Man" type column design, strong structure, in high-speed displacement effectively maintain stability and load-bearing capacity.
5. Adopts the straight spindle, drives the rigid coupling directly to the spindle tail through Mitsubishi or Fanako servo motor, which can effectively avoid the lateral stress and noise caused by belt connection, and the rigid tapping precision deviation caused by belt transmission tooth wear. Its speed can reach 15000 RPM,, which is suitable for both light cutting and medium and heavy cutting, so as to the efficiency and precision of machining, and the inner and hidden spindle can effectively eliminate thermal stress.
6. Triaxial adopts European C grade, ball linear guide rail, can support heavy load, fast displacement, ensure accurate positioning.
7. Three-axis ball screw rod are equipped with support mechanism to improve the axial power transmission efficiency.
8. Machining center bed body, spindle box and other tissue stability, continuous quality. Through finite element analysis-computer calculation and analysis, reasonable structural strength and reinforcement matching provide mechanical high rigidity. The casting structure adopts the integrated molding technology, the box body structure, the processing adopts the large five-sided machining machine, the one-time clamping processing is completed, the machine tool has the high rigidity, the high strength, the geometry position precision is high, and can maintain the machine tool stability and the high precision continuously.
9. Adopt the spindle design of isolating heat source, reduce the heat displacement, the high speed operation of the spindle can be matched with the oil temperature control system of the spindle, which can effectively make the spindle achieve the effect of constant temperature, effectively control the heat displacement of the spindle, and ensure the high speed and high precision of the spindle.
10. The cutting fluid has a large capacity to rapidly exhaust the cutting heat. The water tank is designed with double box type and placed on the inside of the machine to save space.
11. The full-trip motion accuracy is compensated by laser correction to ensure the accuracy of the machine and the calibration results.
12. The computer gongs are simple in design, save space and make the limited space reasonably used.
Application Area
Suitable for all types IT parts high belt processing, hardware parts processing, auto parts processing ,3 C industrial parts processing, aerospace field parts processing, other precision parts processing.
Machining Workpiece
| Item | unit | T-V6 | |
| working table size | mm | 700×400 | |
| travel | X axis | mm | 600 |
| Y axis | mm | 390 | |
| Z axis | mm | 450 | |
| working table T-slot Size | mm | 3-18×125 | |
| Distance from spindle nose to working table | mm | 190-640 | |
| Distance from spindle center to body surface | mm | 480 | |
| Spindle speed(standard) | rpm | 50-12000 | |
| spindle taper | # | BT-40 | |
| Spindle power | kw | 5.5 | |
| X axis rapid traverse rate | mm/min | 48000 | |
| Y axis rapid traverse rate | mm/min | 48000 | |
| Z axis rapid traverse rate | mm/min | 48000 | |
| Cutting speed | mm/min | 1-10000 | |
| three-axis motor power (X, Y,Z) | kw | 1.5/1.5/3.0 | |
| Max tool weight | Kg | 8 | |
| Tool length | mm | 300 | |
| Max diameter(Full knife/adjacent empty knife) | mm | 78/120 | |
| Tank capacity | L | 150 | |
| Air pressure demand | Kg/cm² | 6 | |
| Total power consumption | kw | 15 | |
| Positioning accuracy | mm | 0.005 | |
| Repeat accuracy | mm | 0.003 | |
| Max load | Kg | 300 | |
| Machine weight | Kg | 3100 | |
| Outline dimensions | mm | 1900×2510×2480 | |
| Tool magazine capacity | bit | 20 | |