Jaewoo
Jaewoo ART 1000+ CNC Turning Center | FANUC Controller | CNC Lathe Machine
Jaewoo ART 1000+ CNC Turning Center | FANUC Controller | CNC Lathe Machine
MRP | Selling Price
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Jaewoo ART 1000+ A2-6 CNC Turning Center (Lathe Machine) with FANUC Servo
The Jaewoo ART 1000+ CNC Turning Center is built for high-speed turning, precision machining, and reliable industrial performance. It delivers smooth operation, accurate cutting, and consistent output for a wide variety of components. Its rigid construction ensures stability, reduced vibration, and improved surface finish. Ideal for automotive parts, shafts, and general engineering applications, it is backed by a 2-year warranty for dependable, long-term operation.
Key Features – Jaewoo ART 1000+ CNC Turning Center
- High Turning Capacity: Maximum turning diameter of 550 mm and turning length of 1025 mm for versatile applications
- Large Swing Diameter: 630 mm over bed and 300 mm over carriage for flexible machining
- Powerful Spindle Motor: 11/15 kW motor delivers consistent, high-performance machining
- Wide Speed Range: Spindle speeds from 50 to 2500 RPM for adaptable cutting operations
- A2-8 Spindle Nose: Provides stability and strength for heavy-duty turning tasks
- High Bar Capacity: 86 mm spindle bore with 75 mm bar capacity for handling large materials
- Rigid Guideway System: Roller-type guideways ensure smooth, vibration-free movement
- Precision Ball Screws: C3 class screws for accurate axis positioning
- 8-Station Turret: Efficient tool handling enables faster cycle times
- Hydraulic Tailstock (MT-5): Supports long and heavy workpieces securely
- High Accuracy: Positioning accuracy of ±0.007 mm and repeatability of ±0.005 mm
- Advanced CNC Compatibility: Supports FANUC, Siemens, and Mitsubishi controllers
- Compact Industrial Design: Weighs 5500 kg, promoting stable and efficient performance
- Automation Ready: Compatible with chip conveyor, bar feeder, and tooling upgrades
The Jaewoo ART 1000+ combines precision, power, and automation readiness to meet the demands of modern industrial machining.
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