This CNC machine is engineered to optimize production with features that significantly reduce cycle times. Its dual-supported tilting table and fast rapid traverse rates ensure swift, precise movements, while the standard 30-tool changer (with options for 60, 90, and 120 tools) streamlines tool selection and reduces setup times. Whether machinists are working with complex components or high-volume production runs, this machining center delivers consistent, repeatable performance.
Variaxis C-600 Features:
| Model | Variaxis C-600 |
|---|---|
| Tool shank | 40 |
| Max. workpiece size | 28.74 × 17.72 |
| Table size | 23.62" |
| Y Axis Stroke | 22" |
| X Axis Stroke | 26" |
| Max Workpiece Diameter | 28.74" |
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The Mazak Variaxis C-600 is a high-performance 5-axis vertical machining center built for precision, efficiency, and adaptability. Its compact footprint fits space-conscious shops, while a rigid structure and thermal stability ensure reliable, high-speed operation. Designed for multi-surface CNC milling, it handles a wide range of part geometries, making it ideal for aerospace, automotive, and energy applications.
The Variaxis C-600 supports full simultaneous 5-axis operation, completing complex parts in a single setup. This reduces the need for multiple fixtures, shortens cycle times, and enhances part accuracy. In addition, efficient chip evacuation and minimized thermal distortion maintain repeatable performance, even in high-mix production environments.
Powered by SmoothAi CNC control, the Variaxis C-600 optimizes cutting parameters in real time. Features such as Smooth Machining Configuration (SMC) and Ai Thermal Shield compensate for thermal displacement and streamline programming. The result is a compact 5-axis solution that delivers reliable output and supports scalable, high-precision production.
| Model | Variaxis C-600 |
|---|---|
| Tool shank | 40 |
| Max. workpiece size | 28.74 × 17.72 |
| Table size | 23.62" |
| Y Axis Stroke | 22" |
| X Axis Stroke | 26" |
| Max Workpiece Diameter | 28.74" |
| Table | Table size | Φ600 mm × 500 mm |
|---|---|---|
| Max. workpiece size | Φ730 mm × 450 mm | |
| Max. load (evenly distributed) | 500 kg | |
| Spindle | Tool shank | BT40 |
| Max. spindle speed | 12000 min-1 | |
| Max. torque (40% ED) | 70 N・m | |
| Max. torque (cont. rating) | 57.3 N・m | |
| Spindle motor (40% ED) | 11 kW (15 HP) | |
| Spindle motor (cont. rating) | 11 kW (15 HP) | |
| Automatic tool changer | Tool storage capacity | 30 |
| Max. tool diameter | Φ80 mm | |
| Max. tool diameter (without adjacent tool) | Φ130 mm | |
| Max. tool length (from gauge line) | 300 mm | |
| Max. tool weight | 8 kg | |
| Travel | X-axis | 650 mm |
| Y-axis | 550 mm | |
| Z-axis | 530 mm | |
| B-axis | -30° – +120° | |
| Distance from table top to spindle nose (table horizontal) | 50 mm to 580 mm | |
| Rapid traverse rate | X-axis | 42000 mm/min |
| Y-axis | 42000 mm/min | |
| Z-axis | 42000 mm/min | |
| Machine size | Machine width × length (MAZATROL SmoothAi) | 2350 mm × 2962 mm |
| Machine height | 3039 mm | |
| Machine weight | 10000 kg |
The Mazak Variaxis C-600 is a simultaneous five-axis vertical machining center for aerospace structures, impellers, manifolds, and complex industrial components. Its configuration centers on a 600-class tilting rotary table, CAT40 milling, and automation-compatible pallet handling, giving manufacturers a defined platform for parts whose critical features depend on controlled access, stable workholding, and repeatable datum management. A.W. Miller provides regional applications engineering and service support from initial process review through installation, training, and production follow-up. 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 C-600 provides a practical mid-size five-axis envelope for parts that need multi-face access, indexed positioning, or coordinated contouring. 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 Variaxis C-600 include:
The trunnion positions critical surfaces toward the spindle and supports continuous movement through sculpted geometry.
Pallet and tool-capacity options allow the platform to support extended runs and mixed-part scheduling.
The usable envelope depends on the complete fixture, holder, tool length, and rotary sweep—not table diameter alone. Simulation should confirm access at every required angle while maintaining adequate clearance and a rigid cutting position.
Keeping bores, mounting surfaces, angled holes, and contours in one coordinate system reduces the accumulation of re-indicating error. Probing can establish the setup and verify selected features before the workpiece leaves the machine.
Variaxis C-600 is designed for aerospace structures, impellers, manifolds, and complex industrial components. Its a 600-class tilting rotary table, CAT40 milling, and automation-compatible pallet handling make it most useful when those requirements need to be coordinated in one machining plan.
Review the complete part and fixture envelope, not nominal diameter or travel alone. Tool reach, rotary clearance, workholding height, load distribution, and access to every feature should all be confirmed.
The machine combines a 600-class tilting rotary table, CAT40 milling, and automation-compatible pallet handling. The practical amount of consolidation depends on part geometry, tooling, inspection, and the selected machine options.
Typical evaluations include Pallet and tool-capacity options allow the platform to support extended runs and mixed-part scheduling.. Final suitability depends on material, tolerances, cycle time, and production volume.
A.W. Miller should review the part family, stock condition, spindle demand, tool list, workholding, probing, chip control, automation target, and facility requirements before the configuration is finalized.