USED TSUGAMI BW329Z – 2022

The TSUGAMI BW329Z is one of the most advanced Swiss-type CNC automatic lathes available for manufacturers producing highly complex precision components. Built by Tsugami Corporation, a global leader in Swiss machining technology, the BW329Z combines a unique split-slide architecture, dual spindle design, and three-path control system to dramatically reduce cycle times while maintaining exceptional accuracy. Designed for high-volume production environments, the machine is capable of machining complex parts with multiple operations occurring simultaneously, making it a preferred choice for aerospace, medical, automotive, defense, fluid power, electronics, and precision engineering manufacturers. The machine features a 32 mm bar capacity, 9-axis capability, dual independent gang slides, and extensive live tooling capacity that allows manufacturers to complete intricate components in a single setup. This combination of productivity and flexibility has made the BW329Z one of Tsugami’s most sought-after Swiss machines.

One of the defining features of the BW329Z is its innovative three-path control system. Unlike traditional Swiss lathes, the machine can simultaneously control operations on the main spindle, sub-spindle, and independent gang tool slides. This allows up to three tools to cut at the same time, significantly reducing cycle times and improving overall throughput. The machine’s horizontally opposed gang slide layout minimizes tool-to-tool travel distances, resulting in faster chip-to-chip times and more efficient machining cycles.

The BW329Z is also convertible between guide-bushing and guide-bushless operation. This flexibility enables manufacturers to optimize machining performance for both long, slender components and shorter parts while reducing material waste. The machine offers a maximum machining length of 330 mm and supports advanced operations including turning, milling, drilling, tapping, threading, cross-drilling, gear hobbing, thread whirling, and complex back-working operations. Extensive live tooling and Y-axis functionality further enhance machining versatility.

As a 2022 model, the TSUGAMI BW329Z incorporates modern CNC control technology, advanced automation compatibility, thermal compensation systems, and sophisticated programming software. In the used CNC machinery market, low-hour BW329Z machines command strong demand because they deliver near-new performance while providing substantial savings compared to purchasing a new machine.

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TSUGAMI BW329Z – AXIS

Specification	Details
Number of Axes	9 Axis
Main Spindle	Yes
Sub-Spindle	Yes
C-Axis	Main & Sub Spindle
Y1 Axis	Yes
Y2 Axis	Yes
Y3 Axis	Yes
Simultaneous 3-Path Control	Standard

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TSUGAMI BW329Z – AXIS TRAVELS / WORK ENVELOPE

Specification	Details
Maximum Bar Capacity	32 mm
Maximum Machining Length	330 mm
Headstock Stroke (Guide Bushing)	330 mm
Headstock Stroke (Chucker Mode)	70 mm
Rear Gang Slide Z3 Stroke	60 mm
Rapid Traverse Rate	35 m/min

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TSUGAMI BW329Z – CAPACITY / TABLE

Specification	Details
Maximum Bar Diameter	32 mm
Maximum Machining Diameter	32 mm
Maximum Part Length	330 mm
Guide Bushing Operation	Yes
Guide Bushless Operation	Yes
Production Type	High-Volume Precision Manufacturing

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TSUGAMI BW329Z – SPINDLE

Specification	Details
Main Spindle Speed	8,000 RPM
Sub-Spindle Speed	8,000 RPM
Live Tool Speed	6,000 RPM
Main Spindle Motor	3.7 / 5.5 kW
Sub-Spindle Motor	3.7 / 5.5 kW
Integral Spindle Motors	Standard

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TSUGAMI BW329Z – TOOL CHANGER

Specification	Details
Standard Tool Positions	30
Maximum Tool Positions	38
Standard Live Tool Positions	11
Maximum Live Tool Positions	26
Independent Gang Slides	2
Simultaneous Tool Cutting	Up to 3 Tools

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TSUGAMI BW329Z – CONTROL SYSTEM

Specification	Details
CNC Control	Fanuc 31i-B
Programming Software	Tsugami Abile
Programming Type	G-Code
Ethernet Connectivity	Standard
Industry 4.0 Ready	Yes
Thermal Compensation	Standard

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TSUGAMI BW329Z – COOLANT / DUST / WATER MANAGEMENT

Specification	Details
Coolant System	High-Pressure Coolant Ready
Coolant Delivery	Through Tool & External
Filtration System	Integrated
Chip Conveyor	Optional
Mist Collector	Optional
Tool Breakage Monitoring	Motor Load Detection

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TSUGAMI BW329Z – POWER REQUIREMENTS

Specification	Details
Voltage	200V / 220V
Phase	3 Phase
Frequency	50/60 Hz
Connected Load	Approx. 30 kVA

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TSUGAMI BW329Z – DIMENSIONS

Specification	Details
Length	2,655 mm
Width	1,640 mm
Height	2,000 mm
Machine Weight	5,200 kg (11,460 lbs)

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TSUGAMI BW329Z – GENERAL INFORMATION

Specification	Details
Manufacturer	Tsugami
Model	BW329Z
Year	2022
Machine Type	Swiss-Type CNC Automatic Lathe
Country of Manufacture	Japan
Primary Function	Precision Turning, Milling & Back Working

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INDUSTRIES THAT USE TSUGAMI BW329Z

The TSUGAMI BW329Z is widely utilized in industries requiring high-precision machining of complex components with minimal cycle times. Aerospace manufacturers use the machine to produce hydraulic fittings, connectors, sensor housings, bushings, fasteners, and structural aircraft hardware. The machine’s ability to perform simultaneous machining operations helps reduce production times while maintaining exceptional accuracy.

Medical manufacturers rely on the BW329Z for orthopedic implants, surgical instruments, dental components, fixation devices, catheter fittings, and precision medical hardware. The machine’s Swiss-type design allows extremely tight tolerances and superior surface finishes required by the medical industry.

Automotive suppliers commonly produce injector components, transmission parts, valve bodies, sensor housings, fuel system hardware, and drivetrain components. Fluid power manufacturers machine hydraulic fittings, manifolds, couplings, valves, and pneumatic components.

Additional industries include defense, robotics, electronics, telecommunications, semiconductor manufacturing, industrial automation, instrumentation, and contract precision machining. The BW329Z’s multitasking capability makes it particularly attractive for high-volume production environments where cycle time reduction directly impacts profitability.

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TYPICAL PARTS TSUGAMI BW329Z CAN PRODUCE

The TSUGAMI BW329Z is designed to produce highly complex precision components requiring multiple machining operations. Aerospace applications include hydraulic fittings, connectors, sensor housings, bushings, threaded fasteners, and structural hardware.

Medical manufacturers commonly machine implant components, surgical instrument shafts, orthopedic fixation devices, catheter fittings, and dental hardware. Automotive suppliers produce injector bodies, fuel system components, valve assemblies, transmission fittings, and sensor components.

Fluid power manufacturers use the machine to produce couplings, adapters, manifolds, hydraulic fittings, and pressure-control components. Additional applications include robotics hardware, defense components, instrumentation parts, telecommunications connectors, semiconductor tooling, and custom-engineered precision assemblies.

The machine’s ability to machine both the front and back of a part while simultaneously performing live-tool operations dramatically improves productivity and part consistency.

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WHY CHOOSE TSUGAMI BW329Z

The TSUGAMI BW329Z stands out because of its unique split-slide architecture and three-path control system. Few Swiss machines can simultaneously perform operations on the main spindle, sub-spindle, and independent gang slides while maintaining the precision and reliability expected from Tsugami equipment. This capability significantly reduces cycle times and improves overall throughput.

The machine’s dual independent gang slides allow tool pre-positioning and simultaneous machining, resulting in some of the shortest cycle times available in the Swiss machining market. The ability to run up to three tools in the cut simultaneously provides a major productivity advantage for complex parts.

The BW329Z is also highly flexible. Manufacturers can operate with or without a guide bushing depending on part requirements, helping reduce material waste and improve machining efficiency. Extensive live tooling, Y-axis capability, gear hobbing options, thread whirling capability, and advanced back-working operations further enhance machine versatility.

Combined with Fanuc controls, thermal compensation technology, and Tsugami’s reputation for precision engineering, the BW329Z remains one of the most productive Swiss-type lathes available for demanding production environments.

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WHY BUY USED TSUGAMI BW329Z

Purchasing a used TSUGAMI BW329Z provides access to one of the industry’s most advanced Swiss machining platforms at a significantly lower investment than purchasing a new machine. Since the machine was manufactured in 2022, most used examples feature relatively low spindle hours, modern controls, and current-generation technology.

One of the biggest advantages is obtaining advanced multitasking capability, dual independent gang slides, nine-axis functionality, and three-path control without paying new machine pricing. Buyers can preserve capital for tooling, automation, and business growth while still acquiring near-new production capability.

The BW329Z is engineered for continuous production environments and features robust machine construction, thermal compensation systems, precision spindle technology, and high-speed motion control. These features contribute to long-term reliability and exceptional accuracy.

Many used machines include valuable accessories such as automatic bar feeders, high-pressure coolant systems, chip conveyors, mist collection systems, fire suppression equipment, and extensive tooling packages. These additions can significantly increase value and reduce startup costs.

Swiss machining professionals frequently regard Tsugami machines as among the leading options in the industry due to their productivity, precision, and support network. Community discussions often highlight the machine’s performance and strong production capabilities.

For manufacturers seeking a modern Swiss-type machine with exceptional cycle-time reduction capability, a used TSUGAMI BW329Z represents an outstanding investment.

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HOW MUCH DOES A USED TSUGAMI BW329Z COST?

The market value of a used TSUGAMI BW329Z depends on spindle hours, machine condition, tooling packages, maintenance history, automation equipment, and overall configuration. Because the BW329Z is a premium Swiss-type machine with advanced capabilities, resale values generally remain strong.

Machines with low operating hours, documented maintenance records, comprehensive tooling inventories, and automation equipment typically command higher prices. Buyers often evaluate spindle condition, guide bushing systems, live tooling functionality, CNC control performance, and machine accuracy when determining value.

Accessories can significantly influence pricing. Automatic bar feeders, high-pressure coolant systems, chip conveyors, fire suppression systems, mist collection equipment, tooling packages, and spare parts inventories frequently add considerable value to a machine package. Well-equipped machines often provide faster implementation and a quicker return on investment.

Demand remains strong among aerospace suppliers, medical manufacturers, automotive companies, fluid power producers, electronics manufacturers, and contract machining facilities. The machine’s ability to dramatically reduce cycle times while maintaining Swiss-level precision supports strong resale demand throughout the used CNC machinery market.

As a general guideline, a used 2022 TSUGAMI BW329Z typically sells within a range of approximately $225,000 to $425,000, depending on machine condition, spindle hours, tooling packages, included automation equipment, and overall configuration. Machines equipped with premium bar feeders, extensive tooling, high-pressure coolant systems, and low operating hours may command higher market values.

In addition to the purchase price, buyers should budget for tooling, installation, training, maintenance supplies, and production setup expenses. Even after accounting for these costs, a used TSUGAMI BW329Z often provides exceptional value by delivering state-of-the-art Swiss machining capability at a substantial savings compared to purchasing a new machine.