Good Quality Low Price HCN6000 Horizontal machining center
HCN6000 horizontal machining center
*High speed and precise positioning, reducing non cutting time
*Wide range of available spindle speed and power options
*Fast, vibration free machine acceleration/deceleration
*Sufficient shaft travel, high stability, shock absorber structure
*Standard dual tray replacement machine with various available tool magazine capacities
*Automation readiness of Mazak PALLETECH system The following are some common functions of HCN6000 or other horizontal machining centers:
Horizontal direction: The horizontal machining center has a horizontal spindle direction, which is parallel to the workbench horizontally. This configuration allows for machining of workpieces from multiple angles and facilitates chip removal.
Multi axis: HMC typically has multiple motion axes, including the X, Y, and Z axes, which can move in three-dimensional space. Some models may also have additional rotation or tilt axes to adapt to complex machining operations.
Workpiece loading: HMC typically has a tray system for workpiece loading and unloading. This allows for effective exchange of workpieces, reduces setup time, and improves productivity.
Automatic tool changer: HMC has an automatic tool changer (ATC), which can automatically store and replace multiple tools. This achieves uninterrupted machining operations and reduces manual tool changes.
High speed spindle: HMCs typically have high-speed spindles that can rotate at high speeds, achieving efficient material removal and high-quality surface finish.
CNC control: HMC is controlled by a computer numerical control (CNC) system, which can accurately control the machining process. The CNC system allows programming of parameters such as tool path, tool offset, spindle speed, and feed rate.
Cooling System: HMC may include a cooling system for lubricating and cooling cutting tools during machining. Cooling fluid helps to remove heat, flush debris, and improve tool life and surface smoothness.
Workpiece detection: Some HMC models may include a workpiece detection system. The system uses touch probes or other sensors to measure workpiece dimensions, align workpieces, or perform in-process checks.
Chip Management: HMC typically has a chip management system, such as a chip conveyor or chip screw conveyor, used to remove chips and debris generated during the machining process, keep the work area clean, and prevent chip accumulation.