| Model | FF-n5000/40 |
|---|---|
| Tool shank | 40 |
| Max. workpiece size | 28.35 × 28.15 |
| Max Workpiece Diameter | 28.35" × 28.15" |
| Table size | 19.69" × 19.69" |
| X Axis Stroke | 20.07" |
| Y Axis Stroke | 21.65" |
The Mazak FF-n5000 is a compact horizontal machining center designed to deliver precision and speed in high-volume production. Built for automotive, aerospace, and industrial applications, this machine supports complex CNC machining solutions with reliability and reduced cycle times. In addition, its rigid frame construction and compact footprint integrate into production cells seamlessly. This makes it an ideal choice for manufacturers aiming to increase throughput without expanding floor space.
The FF-n5000 features a robust built-in spindle that improves speed, power transfer, and thermal stability during demanding machining operations. This direct-drive configuration minimizes vibration and ensures smooth, consistent cutting for both roughing and finishing. In addition, by reducing tool changeover time and improving spindle balance, it shortens cycle times and extends tool life. As a high-speed machining solution, the FF-n5000 maintains accuracy over long production runs and supports the rapid delivery requirements of modern manufacturing.
The FF-n5000 was engineered for productivity by integrating fast tool changers, efficient chip evacuation, and an automation-ready design. In addition, the horizontal machining center architecture enhances part access and chip flow to reduce downtime and improve overall workflow. The machine’s intelligent control system also streamlines setup and programming, which allows operators to produce consistent, repeatable parts across multiple shifts. For shops focused on scaling production while maintaining tight tolerances, the FF-n5000 provides a reliable, long-term solution.
| Model | FF-n5000/40 |
|---|---|
| Tool shank | 40 |
| Max. workpiece size | 28.35 × 28.15 |
| Max Workpiece Diameter | 28.35" × 28.15" |
| Table size | 19.69" × 19.69" |
| X Axis Stroke | 20.07" |
| Y Axis Stroke | 21.65" |
| Pallet | Pallet size | 500 mm × 500 mm |
|---|---|---|
| Max. workpiece size | Φ720 mm × 715 mm | |
| Max. load (evenly distributed) | 500 kg | |
| Min. indexing angle | 0.001° | |
| Spindle | Tool shank | BT40 |
| Max. spindle speed | 12000 min-1 | |
| Max. torque (40%ED) | 82 N・m | |
| Max. torque (cont. rating) | 60 N・m | |
| Spindle motor (40%ED) | 18.5 kW (25 HP) | |
| Spindle motor (cont. rating) | 15 kW (20 HP) | |
| Automatic tool changer | Tool storage capacity | 20 |
| Max. tool diameter | Φ95 mm | |
| Max. tool diameter (without adjacent) | Φ160 mm | |
| Max. tool length (from gauge line) | 350 mm | |
| Max. tool weight | 10 kg | |
| Travel | X-axis | 510 mm |
| Y-axis | 550 mm | |
| Z- axis | 550 mm | |
| Distance between pallet top to spindle center | 45 mm to 595 mm | |
| Rapid traverse rate | X-axis | 62000 mm/min |
| Y-axis | 62000 mm/min | |
| Z- axis | 62000 mm/min | |
| Machine dimensions | Width x Length (MAZATROL SmoothC) | 1500 mm × 4000 mm |
| Height | 2970 mm | |
| Machine weight | 9600 kg |
The Mazak FF-n5000 is a compact horizontal machining center for recurring prismatic parts and production lines where cycle time, chip movement, and floor-space efficiency matter. Its 500 mm pallet presents multiple workpiece faces to the spindle, while the horizontal layout supports chip evacuation away from the cutting zone during sustained production. A.W. Miller Technical Sales is an authorized Mazak distributor serving manufacturers throughout New York, Pennsylvania, Maryland, Delaware, Southern New Jersey, and Quebec, with applications engineering, installation, training, and factory-certified service.
The 500 × 500 mm pallet carries a workpiece up to 720 mm in diameter, 715 mm high, and 500 kg, with 0.001-degree pallet indexing. Published specifications include 510 mm X-axis, 550 mm Y-axis, and 550 mm Z-axis travels; a 12,000 RPM BT40 spindle; 20-tool storage; and rapid traverse rates of 62,000 mm/min on all three linear axes. Final capacity and equipment should be confirmed against the complete part, fixture, tool, and automation plan.
Applications commonly evaluated for the Mazak FF-n5000 include:
Rapid traverse rates of 62,000 mm/min on X, Y, and Z reduce non-cutting movement between features, while the cutting strategy still determines the achievable cycle time.
The pallet supports standardized fixtures and multi-face access for recurring components; the 720 mm swing, 715 mm height, and 500 kg load must be checked with the complete workholding package.
A published minimum indexing increment of 0.001 degree supports precise orientation between faces and features, subject to the complete machine, fixture, tooling, and inspection process.
The horizontal architecture and narrow machine width support production-cell planning where loading, chip handling, utilities, service access, and automation must share limited floor space.
Published capacity is 720 mm in diameter, 715 mm high, and 500 kg on a 500 × 500 mm pallet. The fixture, clamps, tool approach, pallet rotation, and chip-clearance needs must also fit within the working envelope.
The horizontal arrangement provides access to several faces through pallet indexing and allows chips to fall away from the work more readily. Whether it improves the process depends on part orientation, fixture density, operation balance, loading method, and target cycle time.
The published FF-n5000 specification lists 20-tool storage. Before selection, compare the complete tool list with redundant-tool requirements, sister tools, probing, tool-life strategy, and the number of part types expected in the line.
It is the published minimum command increment for pallet orientation. It allows faces or angular features to be positioned in fine increments, but finished-part accuracy also depends on calibration, thermal conditions, workholding, cutting forces, tooling, and inspection.
Yes, its compact horizontal configuration is intended to support production-line and cell layouts. The integration plan should address load and unload method, fixture identification, part tracking, tool management, in-process inspection, chip handling, and recovery from faults.