Used Mori Seiki ZT2500 Twin-Spindle CNC Lathe | Japan

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Product Highlight

Used Mori Seiki ZT2500 is a Japanese CNC turning center featuring a twin-spindle, twin-turret configuration for multi-operation machining. This pre-owned unit is reported to offer live tooling, Y-axis capability, and C-axis functions, making it a potential solution for precision turning and milling applications. It provides manufacturers with an alternative to new multi-tasking CNC equipment while helping manage initial investment costs.

Product Description

Used Mori Seiki ZT2500 features twin spindles, dual 12-station turrets, and seller-reported Y-axis and live-tooling capabilities. Designed to combine multiple machining operations in one setup, this pre-owned CNC turning center offers manufacturers an economical way to expand their machining capabilities. According to the seller, the machine was previously used for tooling trials. Its operating condition and specifications are subject to verification.

Technical Specifications

The following machine-specific information is based on the seller's description. All specifications and optional equipment are subject to verification before purchase.

Parameter	Specification
Manufacturer	Mori Seiki
Model	ZT2500
Machine Condition	Used / Pre-Owned
Country of Origin	Japan
Machine Type	CNC Turning and Milling Center
CNC Control	MSG501 (Fanuc 18i-TT Reported; Exact Version to Be Confirmed)
Machine Configuration	Twin Spindle, Twin Turret
Number of Spindles	2
Number of Turrets	2
Upper Turret Capacity	12 Stations
Lower Turret Capacity	12 Stations
Total Tool Stations	24
Live Tooling	Seller-Reported
X1-Axis Travel	288 mm
X2-Axis Travel	200 mm
Reported Axial Travel	985 mm (Axis Designation to Be Confirmed)
Y-Axis Travel	140 mm Total
C-Axis Function	Seller Reports C-Axis Capability on Both Spindles
Reported Workpiece Diameters	390 / 360 mm
Maximum Turning Length	350 mm
Chuck Size	10 inches
Maximum Spindle-Nose Distance	1,230 mm
Spindle Drive	Built-In Motor Spindle
Axis Drive	Ball Screw
Chip Removal System	Chain-Type Chip Conveyor
Machine Structure	Horizontal CNC Turning Center
Machine Dimensions (L × W × H)	4,000 × 2,400 × 2,500 mm

Applications and Industries

Used Mori Seiki ZT2500 CNC turning center is suitable for manufacturers machining precision rotational components that require multiple operations.

Its twin-spindle and twin-turret design can support front- and back-side machining, while the reported live-tooling and Y-axis capabilities allow turning, drilling, and selected milling operations to be combined in one machine.

Automotive Component Manufacturing

Suitable for machining transmission shafts, couplings, gear hubs, bushings, and other automotive components requiring turning and additional machining operations.

Hydraulic and Pneumatic Components

Can be used for manufacturing hydraulic valve components, precision sleeves, pump shafts, fittings, and other cylindrical metal parts.

Industrial Machinery and Mechanical Components

Applicable to the production of motor shafts, bearing-related components, mechanical connectors, drive components, and custom precision parts.

Automation Equipment Manufacturing

Suitable for machining rotational components, fittings, connectors, and precision mechanical parts used in industrial automation systems.

Precision Engineering and Job Shops

A practical option for machine shops handling complex turned parts, small- to medium-batch production, and components requiring multiple machining processes.

Actual workpiece suitability depends on the machine's verified specifications, tooling configuration, accuracy, and condition.

FAQ

Can the Mori Seiki ZT2500 perform both turning and milling?

According to the seller, this machine is equipped with live tooling, Y-axis machining, and C-axis functions. These features can support turning, drilling, and milling operations on suitable workpieces. The available functions should be verified during machine inspection.

What are the benefits of the twin-spindle and twin-turret configuration?

The twin-spindle configuration can support front- and back-side workpiece machining, helping reduce manual part transfers. Dual turrets provide additional tooling flexibility and may allow overlapping machining operations, depending on the program and workpiece. This can help reduce setup requirements and improve production efficiency.