Nakamura-Tome CNC Machines

Nakamura-Tome CNC Machines

Nakamura-Tome is a world leader in multitasking machines and turning centers engineered for complex parts, tight tolerances, and high-efficiency production.

Known for exceptional rigidity, precision, and reliability, Nakamura-Tome machines combine multiple operations — turning, milling, drilling, tapping, contouring, and simultaneous machining, into a single platform.

This reduces setups, improves accuracy, and dramatically increases throughput for manufacturers in aerospace, medical, defense, automotive, energy, and high-mix job shop environments.

Since 1983, Methods Machine Tools has supported the full Nakamura-Tome lineup with Application Engineering, turnkey automation, cell design, training, and nationwide service, ensuring every machine is optimized for peak performance.

Explore additional machining technologies in our full lineup of CNC Machines.

Why Manufacturers Choose Nakamura-Tome

Nakamura-Tome has built its reputation on accuracy, multitasking capability, and exceptional machine construction. Their multitasking platforms are designed for shops that need to consolidate multiple processes into a single continuous workflow while maintaining tight geometric control.

Twin-Spindle, Twin-Turret Architecture

Nakamura-Tome machines excel in multi-channel machining environments. With simultaneous control of multiple spindles and turrets, these machines allow:

• Balanced cutting on both spindles
• Parallel operations
• Reduced cycle times
• Independent toolpaths
• More completed parts per shift

This architecture is ideal for production environments requiring both speed and flexibility.

Advanced B-Axis Milling Capability

Many Nakamura-Tome platforms include B-axis milling heads that enable complex 3D machining traditionally requiring 4- or 5-axis mills. This expands capability into:

• Contoured surfaces
• Complex transitions
• Undercut features
• Multi-angle drilling and milling

This capability allows shops to complete parts entirely on one machine with no secondary operations.

Thermally Stable, High-Rigidity Construction

Nakamura-Tome machines are engineered to withstand deep cutting forces and long cycle times. Large castings, precision guideways, and advanced spindle cooling systems maintain accuracy and surface finish throughout multi-hour machining cycles.

Exceptional Control & Monitoring Systems

Nakamura-Tome’s SmartX control integrates advanced control features including:

• Intelligent programming assistance
• Collision avoidance
• Tool monitoring
• Multi-channel machining control
• Real-time load balancing

These controls reduce setup time, improve safety, and help operators manage complex multitasking processes easily.

Reliable Long-Term Performance

Nakamura-Tome machines are engineered for years of stable, predictable accuracy — an advantage in production environments where consistency is essential.

Benefits of Nakamura-Tome Multitasking Machines

Nakamura-Tome platforms offer significant advantages for shops looking to consolidate operations and produce higher-value parts more efficiently.

Single-Setup Machining

Turn, mill, drill, bore, tap, and finish multiple faces in one machine. This reduces:

• Setup time
• Fixturing cost
• Alignment error
• Part handling
• Work-in-process inventory

Higher Throughput

Twin spindles and twin turrets allow simultaneous machining operations. This drastically reduces cycle times and improves spindle utilization.

Superior Part Accuracy

Reduced handling and thermal stability produce tighter:

• True position
• Concentricity
• Parallelism
• Surface finish
• Feature-to-feature accuracy

Ideal for High-Mix or High-Volume Production

Nakamura-Tome supports both ends of the production spectrum:

• High-mix shops benefit from flexibility and reduced changeover
• High-volume producers benefit from throughput and automation readiness

Automation-Ready Construction

Nakamura-Tome machines integrate seamlessly with:

• Robots
• Bar feeders
• Gantry systems
• In-process probing
• Multi-part fixtures

Turnkey automation solutions are supported through Automation Engineering and Integration.

Better Tool Life

Stable cutting conditions, precise alignment, and vibration control help extend tool life and reduce consumable cost.

Industries & Applications

Nakamura-Tome machining centers support complex part production across highly regulated and precision-driven industries:

• Aerospace – hydraulic fittings, housings, bushings, multi-axis structural components
• Medical – implants, bone screws, surgical instruments, complex orthopedic features
• Automotive / EV – powertrain components, gears, shafts, precision housings
• Firearms – slides, bolts, receivers, multi-face machined components
• Energy – valve components, turbine elements, pressure-bearing parts
• Job Shops – high-mix turning-milling, short runs, and complex geometry work

Nakamura-Tome Machines From Methods Machine Tools

Multitasking Turning Centers

Nakamura-Tome’s core product line includes advanced multitasking platforms combining turning, milling, drilling, and contouring within a rigid, thermally stable structure.

Explore models under Nakamura-Tome Machines.

Twin-Spindle / Twin-Turret Production Platforms

These systems are optimized for throughput, allowing simultaneous machining on both spindles. They are ideal for production shops requiring:

• Balanced cutting
• Reduced cycle time
• Synchronized machining
• Complete-in-one workflows

See additional turning solutions under Turning Centers and CNC Lathes.

B-Axis Multitasking Machines

Nakamura-Tome’s B-axis enables multi-angle machining typically achieved on 4- and 5-axis mills, giving manufacturers expanded capability for complex surfacing and sculpted features.

Related technologies can be found under 5 Axis CNC Machines.

Compact High-Mix Productivity Solutions

Smaller Nakamura-Tome models are designed for job shops and manufacturers requiring rapid changeover, repeatability, and flexible part capability.

Automation-Ready Cells

Nakamura-Tome machines frequently serve as the centerpiece of robotic machining cells built by Methods. These systems support:

• Lights-out machining
• Multi-shift production
• Palletized workflows
• Automated inspection

Explore automation options under Turnkey Solutions.