The Doosan NHP 5000 is a horizontal machining center designed for high productivity and precision machining of small and medium-sized components. Here's a closer look at its features and specifications:
Features:
- High-Speed and High-Precision Spindle: The NHP 5000 boasts a high-speed spindle that can reach up to 15,000 rpm, enabling faster machining and improved surface finishes.
- Rigid and Stable Construction: The machine's robust frame minimizes vibration and ensures machining accuracy.
- Fast Axis Movement: With rapid traverse rates and high-speed cutting capabilities, the NHP 5000 optimizes production times.
- Minimized Non-Cutting Time: The machine is designed to reduce tool change times and other non-productive periods, leading to increased efficiency.
- Thermal Distortion Correction: The NHP 5000 incorporates a thermal compensation system to counteract temperature fluctuations that can affect machining precision.
- Eco-Friendly Grease Lubrication: The use of grease lubrication for the ballscrews minimizes environmental impact.
- Automation Compatibility: The NHP 5000 can be integrated with various automation systems, such as Doosan's Linear Pallet System (LPS) or Round Pallet System (RPS), for unattended operation and further productivity gains.
- Easy-to-Use Control System: The machine comes equipped with a user-friendly control system that simplifies operation and programming.
Specifications:
- Table size: 500mm x 500mm (19.7" x 19.7")
- Spindle power: 30 kW (40 hp)
- Spindle speed: Up to 15,000 rpm
- Maximum workpiece size: 630 x 900mm (24.8" x 35.4") (diameter x height)
- Rapid traverse rate: Up to 48 m/min (157 ft/min)
- Tool changer: Automatic tool changer with sub-second tool change times
- Coolant system: Through-spindle and flood coolant
- Chip evacuation: Center-thru chip evacuation for efficient chip removal
Overall, the Doosan NHP 5000 is a versatile and powerful horizontal machining center that caters to manufacturers seeking a balance between productivity, precision, and operational efficiency.