Audited Supplier
WL 200/580
One Year
One Year
Metal
Metal-Cutting CNC Machine Tools, Metal-Forming CNC Machine Tools
Linear Control
Closed-Loop Control
CNC/MNC
High-End CNC Machine Tools
CE, ISO 9001
New
650mm
630mm
450mm
570
11/15kw
4200rpm
A2-6
78mm
250/580mm
2. 4 [1.8 Fanuc]
30/30m/Min
12
25mm
70mm
150mm
wugan
Wooden Case/ Iron Box
2950x1800x2480mm
China
8458110090
Product Description
High Precision Vertical Horizontal Care CNC Turning Milling Metalworking Machining Centre Lathe For Metal/Plastic Cutting Router Tapping From China For Sale
·30° inclined monolithic bed ensures high rigidity
·Class C3 ball screws, ensure maximum positioning accuracy and durability.
· V-belt drive spindle system to reduce min. rpm and increase torque at full horsepower output.
·Optimal lineup of structures to meet customer needs, including extended beds, turret punch presses and servo axes.
·Compact design with built-in motor to minimize the length of the machine (standard bed style).
·Ergonomic design for easy operation and maintenance
| basic specification | Unit | WL 200/580 | |
| Maximum Swing Diameter | mm | φ650 | |
| Maximum swivelling diameter of the bed saddle | mm | φ630 | |
| Maximum cutting diameter | mm | φ450 | |
| Maximum cutting length | mm | 570 | |
| spindle | |||
| Spindle motor power (continuous/30 min) | kw | 11/15 | |
| Maximum spindle speed | rpm | 4200 | |
| Spindle nose | A2-6 | ||
| Spindle through-hole diameter | mm | φ78 | |
| Bar capacity | mm | φ65 | |
| Collet size | inch | 8" | |
| feed axis | |||
| Maximum stroke X/Z | mm | 250/580 | |
| X/Z axis motor power | kw | 2. 4 [1.8 FANUC] | |
| Fast shift speed X/Z | m/min | 30/30 | |
| X/Z slide type | linear way | ||
| C-axis (optional ) | |||
| Minimum spindle positioning accuracy | |||
| Dynamic accuracy | |||
| turret | |||
| Turret Capacity | 12 | ||
| Quadratic cutter | mm | 25 | |
| Round cutter | mm | φ40 | |
| Power Turret Motor Power | kw | ||
| Power Turret Tool Specifications | |||
| Power tool speed | rpm | ||
| tailstock | |||
| Mandrel Diameter | mm | φ70 | |
| Mandrel Stroke | mm | 150 | |
| Tailstock body stroke | mm | 460 | |
| Taper hole taper | MT#5 | ||
| Programmable Control Mandrel/Tailstock Body | yes/no | ||
| Tailstock body movement method | saddle-driven | ||
| Mechanical specifications | |||
| Positioning accuracy (X/Z) | mm | ±0.004 | |
| Repeat Positioning Accuracy(X/Z) | mm | ±0.003 | |
| CNC system | syntec or fanuc | ||
| chip conveyor | sidebar | ||
| Exterior(L×W×H) | mm | 2809x1700x1695 | |
| Machine weight | kg | 4000 | |
The WL 200/580 series bed is designed with a low centre of gravity 30° inclined bed, Meehanna cast iron, high strength reinforcement and heat flow balance design to ensure excellent vibration damping and outstanding performance. The use of Meehanna cast iron, high-strength reinforcement casting moulding, coupled with heat flow balance design, ensures that the bed structure has excellent vibration damping, which in turn ensures that the bed has outstanding performance, and at the same time, this model has a very high cost performance.
The spindle adopts a high rigidity structure, and the spindle system is driven by a special high performance V-belt, which can reduce the impact of heat generated by the motor on the spindle accuracy. Precisely adjusted pulley reduction ratio reduces the minimum speed of full horsepower output and increases torque.
High-load servo motors are used to position the tool changer. The speed of tool change is greatly increased and the machining time is shortened. The speed of tool change is greatly increased to shorten the machining time. ⊙ The use of ultra-high precision curved tooth clutch for precise positioning of the turret ensures sufficient turret rigidity under any cutting conditions. The use of ultra-high precision curved tooth clutch for precise positioning of the turret ensures sufficient turret rigidity under any cutting conditions.
Adopting precision ground C3 grade ball screws with pre-tensioned design that It can effectively prevent temperature rise and deformation to ensure the highest positioning accuracy and durability.
The X and Z axes are designed with large span and use high-performance and high-precision linear slides to ensure the machine has high precision, high speed and high accuracy. The X and Z axes are designed with large span and use high performance and high precision linear slides to ensure the machine has high precision, high speed, low friction and other excellent performances,
The X and Z axes are designed with large span and use high-performance and high-precision linear slides to ensure the machine has high precision, high speed and high accuracy. The X and Z axes are designed with large span and use high performance and high precision linear slides to ensure the machine has high precision, high speed, low friction and other excellent performances,
