The Mazak Vortex 1400/160-II is a high-performance 5-axis vertical machining center designed for precision and efficiency in large-part machining applications. Equipped with high-speed Mazak spindles and >automation machine tool solutions, this machine offers robust capabilities for industries such as aerospace, energy, and heavy equipment manufacturing.
Vortex 1400/160-II Features:
| Model | Vortex 1400/160-II |
|---|---|
| Tool shank | 50 |
| Max. workpiece size | 157.48 × 58.27 × 28.94 |
| Table size | 157.48"x49.21" |
| Y Axis Stroke | 55" |
| X Axis Stroke | 165" |
| Z Axis Stroke | 24" |
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The Mazak Vortex 1400/160-II 5-axis vertical machining center is designed for large-component manufacturing in aerospace, heavy equipment, and energy applications. Its double-column structure enhances rigidity and maintains thermal stability during extended machining cycles. A large 157.5” x 49.2” table supports substantial workpieces, while axis travels of 165.35” (X), 55.12” (Y), and 24.02” (Z) provide precise control across long dimensions.
This heavy-duty CNC machine uses high-speed Mazak spindles engineered for reliable cutting performance across a wide range of materials. The standard 10,000 rpm spindle delivers the torque needed for hardened steels and other demanding alloys. Optional 18,000 rpm spindles support fast, accurate machining of aluminum and non-ferrous metals. Combined with the rigid double-column design, these spindle options maintain accuracy and surface finish, even during high-load and high-speed operations.
The Vortex 1400/160-II offers full 5-axis capability for efficient multi-surface machining in a single setup. The A- and B-axis spindles provide ±40 degrees of motion, allowing accurate contouring and reducing fixturing requirements. This design shortens both setup time and overall lead time.
To increase uptime, the system supports advanced automation machine tool solutions, including a two-pallet changer and tool storage capacity of up to 120 tools. These features help manufacturers scale production with minimal operator intervention. As a result, the Vortex 1400/160-II aligns well with modern production environments and supports competitiveness in high-demand markets.
| Model | Vortex 1400/160-II |
|---|---|
| Tool shank | 50 |
| Max. workpiece size | 157.48 × 58.27 × 28.94 |
| Table size | 157.48"x49.21" |
| Y Axis Stroke | 55" |
| X Axis Stroke | 165" |
| Z Axis Stroke | 24" |
Vortex 1400/160-II
| Table | Table size | 157.48″ × 49.21″ |
|---|---|---|
| Max. load (evenly distributed) | 15432 lbs | |
| Spindle | Tool shank | CAT No.50 |
| Max. spindle speed | 10000 rpm | |
| Max. torque (30 min. rating) | 86.3 ft-lbs | |
| Max. torque (cont. rating) | 70.1 ft-lbs | |
| Spindle motor (30 min. rating) | 37 kW (50 HP) | |
| Spindle motor (cont. rating) | 30 kW (40 HP) | |
| Automatic tool changer | Tool storage capacity | 30 |
| Max. tool diameter | Φ5 “ | |
| Max. tool diameter (without adjacent tool) | Φ8 “ | |
| Max. tool length (from gauge line) | 15 “ | |
| Max. tool weight | 44 lbs | |
| Travel | X-axis | 165 “ |
| Y-axis | 55 “ | |
| Z-axis | 24 “ | |
| A-axis | ±40° | |
| B-axis | ±40° | |
| Distance from table top to spindle nose | 8 ” to 32 “ | |
| Rapid traverse rate | X-axis | 787 IPM |
| Y-axis | 1260 IPM | |
| Z-axis | 787 IPM | |
| Machine size | Machine width × length (MAZAK FX) | 471 ” × 183 “ |
| Machine height | 160 “ | |
| Machine weight | 81571 lbs |
The Mazak Vortex 1400/160-II is a large high-speed vertical machining center for aerospace structures for wide and long aircraft panels, frames, bulkheads, and aluminum tooling. Its configuration centers on extended X and Y travel with a high-speed five-axis spindle head, giving manufacturers a defined platform for parts whose critical features depend on controlled access, stable workholding, and repeatable datum management. A.W. Miller Technical Sales supports machine selection, process development, installation, training, and factory-certified service throughout New York, Pennsylvania, Maryland, Delaware, Southern New Jersey, and Quebec. 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 1400/160-II expands the Vortex structural-part envelope for components that require both substantial length and broad cross-machine reach. Machine selection should account for the complete workpiece and fixture envelope, material, spindle load, required tool reach, magazine or turret demand, probing, chip control, and automation plan. Published travels, capacities, spindle ratings, rotary ranges, tool limits, and maximum loads must be checked against the exact machine configuration and part process before purchase.
Parts and processes commonly evaluated for the Mazak Vortex 1400/160-II include:
Large aerospace frames and panels can remain in one fixture while the head reaches pockets and edge features.
Tool orientation reduces long-tool requirements when machining walls, undercuts, and angled surfaces.
Vacuum fixtures, mechanical clamps, datum locations, and intermediate support must hold thin structural work without distorting it. The process should anticipate how residual stress and changing wall thickness affect the component as material is removed.
High-volume aluminum removal requires evacuation capacity that keeps chips away from the tool and finished surfaces. Coolant strategy, spindle duty, tool life, and thermal behavior must remain stable through long pocketing and contouring cycles.
The 1400/160-II expands the Vortex structural-part envelope for components that require both substantial length and broad cross-machine reach. The best family position is determined by the real fixture envelope, cutting load, and production plan.
Yes, when the required features fall within its extended X and Y travel with a high-speed five-axis spindle head. Parts should still be evaluated for tool access, inspection, deburring, and any operation that is better completed elsewhere.
Workholding determines accessible faces, usable travel, tool length, vibration response, and whether transfer or automation is practical. Fixture geometry must be included in every clearance check.
Material capability is driven by the selected spindle, tool interface, cutting data, coolant delivery, and rigidity. Aluminum, steels, and other alloys require different configurations and process strategies.
The machine name alone does not define the process. A.W. Miller can test the part requirements against capacity, options, tooling, automation, and regional installation and service needs.