Used MORI SEIKI ZL25 - 1995 CNC Machine For Sale - Arizona - USA

MORI SEIKI ZL25 – 1995

MAKE: MORI SEIKI
MODEL: ZL25
TYPE: Lathe
YEAR: 1995
SKU: 109170
DEALER: Midstate Machinery
COUNTRY: USA
STATE: Arizona

USED MORI SEIKI ZL25 – 1995

The 1995 MORI SEIKI ZL25 is a high-productivity twin-spindle CNC turning center designed to maximize efficiency by performing front-side and back-side machining operations within a single machine. As part of Mori Seiki’s renowned ZL Series, the ZL25 was engineered to reduce cycle times, minimize work handling, and improve overall manufacturing productivity. The machine features dual opposed spindles, independent turrets, and advanced synchronization capabilities that allow simultaneous machining operations, making it an ideal solution for high-volume production environments.

Built with Mori Seiki’s characteristic emphasis on rigidity and precision, the ZL25 utilizes a heavy-duty cast-iron structure that provides excellent vibration dampening and thermal stability. This robust design allows the machine to maintain tight tolerances and superior surface finishes while machining a wide variety of materials including carbon steel, stainless steel, aluminum, brass, cast iron, and specialty alloys. The machine is commonly found in automotive, aerospace, hydraulic, medical, electronics, and general manufacturing applications.

One of the most significant advantages of the ZL25 is its twin-spindle architecture. Parts can be automatically transferred between spindles for complete machining without manual intervention. This capability dramatically reduces setup times, improves dimensional accuracy, and increases throughput compared to conventional single-spindle lathes. The machine’s dual-turret configuration further enhances productivity by allowing simultaneous cutting operations on both spindles.

The ZL25 is particularly well suited for manufacturers producing complex turned components in medium-to-high production volumes. Components such as hydraulic fittings, valve bodies, automotive parts, precision shafts, medical components, and aerospace hardware can often be completed in a single cycle.

For manufacturers seeking a proven twin-spindle turning platform capable of increasing production efficiency while maintaining exceptional reliability, the used 1995 MORI SEIKI ZL25 remains a valuable investment in the used CNC machinery market.


MORI SEIKI ZL25 – AXIS

SPECIFICATIONDETAILS
Axis ConfigurationTwin-Spindle CNC Turning Center
X-Axis Travel7.9″
Z-Axis Travel18.1″
Number of Turrets2
Number of Spindles2
Machine DesignOpposed Spindle Configuration

MORI SEIKI ZL25 – WORK CAPACITY

SPECIFICATIONDETAILS
Maximum Turning Diameter10.2″
Maximum Turning Length17.7″
Swing Over Bed20.1″
Swing Over Cross Slide13.8″
Bar Capacity2.5″

MORI SEIKI ZL25 – MAIN SPINDLE

SPECIFICATIONDETAILS
Maximum Spindle Speed4,000 RPM
Spindle Motor Power20 HP
Spindle NoseA2-6
Spindle Bore3.0″
Drive SystemHigh-Torque AC Drive

MORI SEIKI ZL25 – SECONDARY SPINDLE

SPECIFICATIONDETAILS
Secondary SpindleStandard
Maximum Speed4,000 RPM
Automatic Part TransferYes
Complete Part MachiningSupported
Synchronized OperationAvailable

MORI SEIKI ZL25 – TURRET SYSTEM

SPECIFICATIONDETAILS
Upper Turret Capacity12 Stations
Lower Turret Capacity12 Stations
Tool ConfigurationOD & ID Tooling
Indexing TypeServo Controlled
Simultaneous MachiningSupported

MORI SEIKI ZL25 – CONTROL SYSTEM

SPECIFICATIONDETAILS
CNC ControlMori Seiki MSC-516
Programming CapabilityG-Code Programming
Synchronization FunctionsTwin-Spindle Control
Memory CapacityProduction Ready
Manufacturing IntegrationSupported

MORI SEIKI ZL25 – COOLANT & CHIP MANAGEMENT

SPECIFICATIONDETAILS
Coolant SystemFlood Coolant
Chip ConveyorEquipped
Lubrication SystemAutomatic
Coolant CapacityIndustrial Reservoir
Continuous ProductionSupported

MORI SEIKI ZL25 – POWER REQUIREMENTS

SPECIFICATIONDETAILS
Electrical Supply220V / 3 Phase
Power RequirementIndustrial Service
Air RequirementShop Air
Installation TypeManufacturing Facility
Production EnvironmentHigh-Volume Machining

MORI SEIKI ZL25 – DIMENSIONS

SPECIFICATIONDETAILS
Machine LengthApprox. 140″
Machine WidthApprox. 85″
Machine HeightApprox. 80″
Approximate Weight14,000 lbs
Floor Space RequirementMedium Industrial Footprint

MORI SEIKI ZL25 – GENERAL INFORMATION

SPECIFICATIONDETAILS
ManufacturerMori Seiki
ModelZL25
Year1995
Machine TypeTwin-Spindle CNC Turning Center
Country of ManufactureJapan

INDUSTRIES THAT USE MORI SEIKI ZL25

INDUSTRYAPPLICATIONS
AutomotiveHigh-Volume Precision Components
AerospacePrecision Hardware
MedicalMachined Devices & Instruments
HydraulicsFittings & Valve Components
ElectronicsConnectors & Housings
General ManufacturingProduction Turned Parts

TYPICAL PARTS MORI SEIKI ZL25 CAN PRODUCE

PART TYPEDESCRIPTION
Hydraulic FittingsPrecision Fluid Components
Valve BodiesFlow Control Components
Automotive PartsProduction Components
Precision ShaftsTurned Hardware
Aerospace ConnectorsTight-Tolerance Components
Medical ComponentsPrecision Machined Parts

WHY CHOOSE MORI SEIKI ZL25

FEATUREBENEFIT
Twin-Spindle DesignComplete Part Machining
Dual TurretsIncreased Productivity
Automatic Part TransferReduced Handling
Simultaneous MachiningFaster Cycle Times
Mori Seiki ConstructionLong-Term Reliability
Compact Production PlatformEfficient Floor Space Usage

WHY BUY USED MORI SEIKI ZL25

Purchasing a used 1995 MORI SEIKI ZL25 provides manufacturers with access to advanced twin-spindle production technology at a fraction of the cost of modern multi-tasking turning centers. The machine’s ability to machine both sides of a component without manual intervention significantly improves productivity and reduces labor requirements.

One of the primary benefits of the ZL25 is its dual-spindle architecture. By transferring workpieces automatically between spindles, the machine eliminates secondary setups and improves dimensional consistency. This results in shorter production cycles, reduced handling, and improved part quality.

The dual-turret design further increases efficiency by allowing simultaneous machining operations. Manufacturers can perform multiple cutting processes at the same time, reducing overall cycle times and increasing machine utilization. These capabilities make the machine especially attractive for medium-to-high volume production environments.

Another significant advantage is Mori Seiki’s reputation for mechanical durability. Machines from the ZL Series are known for their robust construction, reliable spindle systems, and long service life. Many units remain productive decades after installation, making them an attractive option for cost-conscious manufacturers.

For shops seeking to increase throughput while maintaining precision and reliability, the MORI SEIKI ZL25 remains a highly capable and economical solution.


HOW MUCH DOES A USED MORI SEIKI ZL25 COST?

The market value of a used 1995 MORI SEIKI ZL25 depends on machine condition, spindle hours, maintenance records, tooling inventory, bar feeder equipment, automation accessories, and overall operational status. Machines equipped with additional tooling, chip conveyors, and production-ready accessories typically command higher resale values.

Buyers generally evaluate spindle condition, turret accuracy, synchronization performance, machine geometry, lubrication systems, control functionality, and service history before determining value. Machines with documented maintenance records and strong operating condition often achieve stronger resale pricing.

A used 1995 MORI SEIKI ZL25 commonly sells within an estimated range of $18,000 to $60,000, depending on condition, operating hours, tooling packages, and included accessories. Well-maintained machines with extensive tooling and automation equipment may command values near the upper end of the range.

Even after transportation, rigging, installation, tooling, and maintenance expenses are considered, the MORI SEIKI ZL25 continues to provide excellent value by delivering twin-spindle productivity, reduced setup requirements, reliable Japanese engineering, and efficient high-volume production capability at a substantially lower cost than newer production turning centers.