NHR10
Petrotek supplies the NHR10 Horizontal Machining Center, engineered for precision and heavy-duty industrial CNC applications. Built with an advanced T-shaped bed, gantry-style column, and front-mounted box layout, it delivers exceptional rigidity and stability, making it ideal for machining large, complex components in industries such as automotive, valves, mining machinery, textile machinery, plastic machinery, aerospace, shipbuilding, rail, and heavy machinery.
This horizontal CNC machine features a high-torque spindle with two-stage gear transmission, an optional W-axis (535 mm stroke, 130 mm diameter) for complex part machining, and hardened Y-axis guideways that maintain precision even under heavy cutting loads. The robotic tool magazine ensures automated and reliable tool changes, while diverse chip removal methods maintain a clean working environment and optimize productivity.
Technical Specifications
Work Range:
X / Y / Z Axis Travel: 1800 / 1500 / 1350 mm
Rapid Traverse Speed:
X / Y / Z: 24/20/24 m/min
Spindle Specifications:
Spindle Speed: 8,000 rpm
Spindle Power: 22 / 26 kW
Spindle Torque: 837 / 989 Nm
Key Features:
Powerful Main Drive
The spindle box uses a two-stage gear transmission, delivering high torque at low speeds. Robust bearings ensure the machine can handle heavy cutting demands reliably.
W-Axis Function
The optional W-axis offers 535 mm travel and 130 mm diameter, guided by precision linear rails and driven by a ball screw connected to a servo motor, enabling complex and versatile machining.
Y-Axis Guideway Structure
Hardened and ground guideways with a large cross-section provide exceptional rigidity and symmetrical thermal deformation across seven contact surfaces, maintaining machining accuracy under heavy loads.
Robotic Tool Magazine
An in-house robotic tool magazine, based on Japanese technology, ensures stable and automated tool changes for consistent production efficiency.
Diverse Chip Removal
Multiple chip removal methods are available, ensuring efficient operation and meeting various customer needs for different materials and machining processes, enhancing overall productivity.
