USED DMG MORI NLX 1500SY/500 – 2014

The 2014 DMG MORI NLX 1500SY/500 is a compact, high-performance CNC turning center designed for manufacturers that need turning, Y-axis machining, C-axis positioning, and secondary spindle operations in a single machine. The SY configuration combines the capabilities of a CNC lathe with a second spindle and Y-axis driven-tool machining, allowing manufacturers to complete multiple operations without moving the workpiece between separate machines. This makes the NLX 1500SY/500 particularly useful for precision production environments where reducing setups and improving part-to-part consistency are important. A documented 2014 machine is equipped with dual spindles, Y-axis capability, a BMT turret, CELOS control, chip conveyor, and bar-feed equipment.

The NLX 1500 platform was developed around a rigid machine structure intended to provide both dynamic rigidity and vibration damping. DMG MORI’s documentation describes slideways on the X, Z, and Y axes, helping support stable cutting performance during turning and milling operations. The machine combines this rigid construction with a relatively compact work envelope, making it appropriate for shops that need multi-axis capability without moving into the footprint of a much larger production turning center.

The NLX 1500SY/500 has a maximum swing over the bed of approximately 25 inches, a maximum turning diameter of approximately 14.4 inches, and a maximum turning length of approximately 20.2 inches on the documented 2014 configuration. The distance between the main and sub spindles is approximately 24.6 inches. These dimensions make the machine well suited to small- and medium-sized precision components, especially parts that require operations on both ends or milling features away from the primary spindle axis.

The main spindle provides a maximum speed of approximately 6,000 RPM and is rated at approximately 20 HP, while the sub spindle is also capable of approximately 6,000 RPM with approximately 15 HP. The main spindle has a documented 2.4-inch spindle bore and approximately 2-inch bar capacity, while the sub spindle has a documented 1.7-inch bore. This combination gives the machine the speed and capacity needed for a broad range of precision turning applications.

One of the most important features of the SY configuration is the Y-axis. The documented 2014 machine provides approximately 3.9 inches of Y-axis travel, with approximately ±2.0 inches of movement around the center position. This allows driven tools to perform off-center milling, drilling, tapping, and other machining operations that cannot be completed with conventional X and Z turning movements alone. DMG MORI’s documentation identifies the SY configuration as combining a second spindle with Y-axis, milling, and C-axis control.

The BMT-style turret further expands the machine’s machining capability. The documented machine has a 12-station turret with rotary-tool capability and a rotary-tool spindle speed of up to approximately 10,000 RPM. This means the NLX 1500SY/500 can perform milling and drilling operations using driven tools in addition to conventional turning operations. This multi-function capability can significantly reduce the number of setups required for complex components.

The machine is also designed for production-oriented operation. A documented 2014 configuration includes a chip conveyor, automatic parts catcher, tool presetting equipment, hydraulic chucks on the main and sub spindles, and an ALPS ASR X-45/51PN2 bar feeder. Another documented machine is equipped with an Edge Technologies Rebel V-65 servo short-magazine bar-feed system. Because used machines can have different options installed, buyers should verify the exact accessories included with the individual machine.

The 2014 DMG MORI NLX 1500SY/500 is therefore well suited to manufacturers producing complex, repeatable components where turning, milling, drilling, and secondary-side machining need to be integrated into one production process. Its combination of dual spindles, Y-axis capability, C-axis functionality, driven tooling, high-speed spindles, and compact footprint makes it a versatile choice for automotive, aerospace, medical, electronics, hydraulic, precision engineering, and general manufacturing applications.

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DMG MORI NLX 1500SY/500 – AXIS

Specification	Details
Machine Configuration	CNC Turning Center with Y-Axis, C-Axis and Sub Spindle
Number of Primary Axes	X, Y, Z
Additional Spindle Axis	W / Sub-Spindle
C-Axis	Main and Sub Spindle
Y-Axis Travel	Approximately 3.9 inches / ±2.0 inches
X-Axis Travel	Approximately 10.2 inches
Z-Axis Travel	Approximately 23.2 inches
Sub-Spindle Travel	Approximately 24.6 inches
Turret	12-Station BMT Turret
Driven Tooling	Yes
Main Spindle	Yes
Sub Spindle	Yes
Machine Type	Multi-Axis CNC Lathe

The NLX 1500SY/500 provides a combination of X, Y, and Z movement with main- and sub-spindle functionality. The Y-axis allows the tool to move above and below the centerline, making it possible to machine off-center features. C-axis control allows the spindle to be positioned angularly for milling and drilling operations. The second spindle provides the ability to transfer or support workpieces for secondary operations.

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DMG MORI NLX 1500SY/500 – AXIS TRAVELS / WORK ENVELOPE

Specification	Details
Swing Over Bed	Approximately 25 inches
Maximum Turning Diameter	Approximately 14.4 inches
Maximum Turning Length	Approximately 20.2 inches
Distance Between Spindles	Approximately 24.6 inches
X-Axis Travel	Approximately 10.2 inches
Y-Axis Travel	Approximately 3.9 inches
Y-Axis Position	Approximately ±2.0 inches
Z-Axis Travel	Approximately 23.2 inches
Sub-Spindle Travel	Approximately 24.6 inches
Rapid Traverse X	Approximately 1,181 IPM
Rapid Traverse Z	Approximately 1,181 IPM
Rapid Traverse Y	Approximately 394 IPM

The work envelope is optimized for precision components rather than extremely large workpieces. The approximately 14.4-inch maximum turning diameter and 20.2-inch maximum turning length make the machine suitable for a wide range of small- and medium-sized components. The Y-axis adds valuable off-center machining capability within this envelope.

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DMG MORI NLX 1500SY/500 – CAPACITY / WORKHOLDING

Specification	Details
Main Chuck Size	6 inches
Main Chuck Type	3-Jaw Hydraulic Chuck
Main Spindle Nose	A2-5
Main Spindle Bore	Approximately 2.4 inches
Main Bar Capacity	Approximately 2 inches
Sub Chuck Size	5–6 inches depending on configuration
Sub Spindle Nose	A2-5
Sub Spindle Bore	Approximately 1.7 inches
Workholding	Hydraulic Chucking
Parts Catcher	Available / Equipped on documented machine
Bar Feeder	Available / Equipped on documented machines

A documented 2014 machine uses a 6-inch three-jaw hydraulic chuck on the main spindle and a 5-inch three-jaw hydraulic chuck on the sub spindle. Other listings document a 6-inch chuck on the sub spindle as well, demonstrating that workholding can vary between individual machines. Buyers should verify the actual chuck configuration when evaluating a used NLX 1500SY/500.

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DMG MORI NLX 1500SY/500 – SPINDLE

Specification	Details
Main Spindle Speed	Up to 6,000 RPM
Main Spindle Motor	Approximately 20 HP
Main Spindle Bore	Approximately 2.4 inches
Main Bar Capacity	Approximately 2 inches
Main Spindle Nose	A2-5
Sub Spindle Speed	Up to 6,000 RPM
Sub Spindle Motor	Approximately 15 HP
Sub Spindle Bore	Approximately 1.7 inches
Sub Spindle Nose	A2-5
C-Axis	Yes
Spindle Orientation	Yes
Spindle Air Purge	Documented on 2014 configuration

The dual-spindle arrangement is one of the major strengths of the NLX 1500SY/500. Both spindles can operate at speeds up to approximately 6,000 RPM, providing flexibility for turning and secondary operations. The main spindle’s approximately 20 HP rating provides substantial cutting capability for the machine’s size, while the approximately 15 HP sub spindle supports secondary machining and part transfer operations.

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DMG MORI NLX 1500SY/500 – TOOL CHANGER / TURRET

Specification	Details
Turret Type	BMT-Style Built-In Motor Turret
Turret Stations	12
Rotary Tool Capability	Yes
Rotary Tool Speed	Up to 10,000 RPM
Rotary Tool Motor	Approximately 7.5 HP
Tool Mounting	Bolt-Fastened Tool Mounting
Tool Presetter	Equipped on documented machine
Static Tooling	Full Complement Available on documented machine
Live Tooling	Yes
Application	Turning, Milling, Drilling and Tapping

The BMT turret allows the NLX 1500SY/500 to operate as much more than a conventional CNC lathe. Driven tools can be used for drilling, milling, tapping, slotting, and other secondary operations. The documented machine provides rotary-tool speeds up to approximately 10,000 RPM, making it suitable for detailed milling and drilling operations on smaller components.

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DMG MORI NLX 1500SY/500 – CONTROL SYSTEM

Specification	Details
CNC Control	CELOS / DMG MORI Control Configuration
Documented CNC	Mitsubishi M730UM
Operator Interface	ERGOline Control Panel
Display	Touch / Multi-Display Configuration on Documented Machine
Programming	CNC Programming and DMG MORI Machine Functions
C-Axis Control	Yes
Y-Axis Programming	Yes
Milling Functions	Yes
Tool Management	Supported
Machine Diagnostics	Supported

The exact control configuration should be verified on the individual 2014 machine. One documented 2014 NLX 1500SY/500 is equipped with a Mitsubishi M730UM control and ERGOline interface, while used-equipment listings also describe the machine as having CELOS control. This reflects the control configuration and terminology used for different machines and listings.

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DMG MORI NLX 1500SY/500 – COOLANT / CHIP MANAGEMENT

Specification	Details
Coolant System	Integrated CNC Coolant System
Chip Conveyor	Yes
Chip Removal	Automatic Conveyor System
Coolant Delivery	Tool-Directed Coolant
High-Pressure Coolant	Configuration Dependent
Coolant Recirculation	Yes
Chip Management	Automatic
Production Application	Continuous Turning and Milling

The NLX 1500SY/500 is designed for production machining where effective chip evacuation is important. A documented 2014 machine includes a chip conveyor, allowing chips generated during turning and milling to be continuously removed from the work area. This is particularly useful when the machine is operating for extended production cycles.

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DMG MORI NLX 1500SY/500 – POWER REQUIREMENTS

Specification	Details
Main Spindle Motor	Approximately 20 HP
Sub Spindle Motor	Approximately 15 HP
Rotary Tool Motor	Approximately 7.5 HP
Electrical Service	Industrial 3-Phase Power
Exact Voltage	Configuration Dependent
Transformer Requirement	Installation Dependent
Power Consumption	Dependent on Machine Configuration and Options

The NLX 1500SY/500 has separate power requirements associated with the main spindle, sub spindle, driven tooling, coolant system, chip conveyor, and other auxiliary equipment. Exact voltage, amperage, transformer requirements, and electrical specifications should be obtained from the machine’s electrical documentation before installation.

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DMG MORI NLX 1500SY/500 – DIMENSIONS

Specification	Details
Machine Type	Compact Multi-Axis CNC Turning Center
Approximate Machine Weight	11,880 lb on documented configuration
Footprint	Dependent on Bar Feeder and Chip Conveyor
Machine Length	Configuration Dependent
Machine Width	Configuration Dependent
Machine Height	Configuration Dependent
Transportation	Industrial Machinery Rigging Required
Installation	Level Industrial Floor Recommended

A documented 2014 NLX 1500SY/500 weighs approximately 11,880 pounds. The final footprint depends on the machine configuration and whether equipment such as a bar feeder, chip conveyor, parts catcher, and other peripherals is included.

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DMG MORI NLX 1500SY/500 – GENERAL INFORMATION

Specification	Details
Manufacturer	DMG MORI
Model	NLX 1500SY/500
Year	2014
Machine Type	CNC Lathe / Multi-Axis Turning Center
Configuration	Y-Axis / Sub Spindle / Driven Tooling
Main Spindle	20 HP / 6,000 RPM
Sub Spindle	15 HP / 6,000 RPM
Maximum Turning Diameter	Approximately 14.4 inches
Maximum Turning Length	Approximately 20.2 inches
Swing Over Bed	Approximately 25 inches
Main Chuck	6 inches
Sub Chuck	5–6 inches depending on configuration
Bar Capacity	Approximately 2 inches
Turret	12 Station BMT
Rotary Tool Speed	Up to 10,000 RPM
Control	Mitsubishi / CELOS Configuration
Chip Conveyor	Yes
Bar Feeder	Equipped on documented machines
Y-Axis	Yes
Sub Spindle	Yes
C-Axis	Yes

The specifications above represent documented 2014 NLX 1500SY/500 configurations. Because used machines may have different workholding, bar feeders, controls, tooling, and options, the exact machine listing should always be reviewed before purchase.

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INDUSTRIES THAT USE DMG MORI NLX 1500SY/500

The automotive industry is a strong application for the NLX 1500SY/500 because automotive components frequently require high-volume, repeatable machining. The combination of turning, Y-axis milling, C-axis positioning, and sub-spindle machining allows manufacturers to complete multiple features in fewer setups. Components such as shafts, hubs, fittings, housings, sleeves, and precision drivetrain parts can be produced when they fall within the machine’s work envelope.

The aerospace industry can use the machine for smaller precision components requiring multiple machining operations. Aerospace parts often require tight dimensional control and multiple features on a single component. The Y-axis and driven tooling allow holes, slots, flats, and other off-center features to be produced without transferring the component to another machine.

The medical device industry is another potential application for the NLX 1500SY/500. Medical components often involve relatively small workpieces with complex geometries and multiple turning and milling operations. The machine’s dual-spindle configuration can allow front- and rear-side machining within the same production cycle.

The hydraulic and pneumatic equipment industry is also well suited to this type of CNC turning center. Hydraulic fittings, valve components, sleeves, adapters, bodies, and other precision cylindrical components frequently require turning combined with drilling, threading, cross-hole, and milling operations.

The electronics and electrical equipment industry can use the machine for precision housings, connectors, shafts, sleeves, and other small machined components. The combination of high spindle speed and driven tooling allows a wide variety of smaller precision features to be produced efficiently.

The general precision engineering industry can benefit from the machine’s flexibility. Job shops frequently need to produce different part families rather than one single component. A multi-axis turning center can provide turning and secondary machining capability in one platform, reducing setup requirements when switching between jobs.

The industrial machinery industry can use the NLX 1500SY/500 for shafts, pins, bushings, couplings, rollers, and other precision components. The sub spindle is particularly useful when the component requires machining on both ends.

The defense and specialized manufacturing industries can also use this type of multi-axis CNC lathe for complex precision components. The combination of Y-axis machining, C-axis control, driven tools, and dual spindles gives manufacturers the flexibility to produce components requiring several different machining processes. DMG MORI’s original NLX documentation identifies applications including automobile parts, construction machinery, and hydraulic/pneumatic equipment.

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TYPICAL PARTS DMG MORI NLX 1500SY/500 CAN PRODUCE

Part Type	Typical Applications
Shafts	Automotive and industrial machinery
Hubs	Automotive and mechanical components
Bushings	Hydraulic and industrial equipment
Sleeves	Precision machinery
Fittings	Hydraulic and pneumatic systems
Valve Components	Fluid-control equipment
Pump Components	Fluid-handling equipment
Connectors	Electrical and industrial applications
Housings	Automotive and industrial equipment
Couplings	Mechanical power transmission
Pins	Machinery and automation
Flanges	Industrial equipment
Spindles	Precision machinery
Medical Components	Medical devices and instruments
Aerospace Components	Precision aerospace hardware
Threaded Components	Hydraulic, pneumatic and industrial applications
Cross-Drilled Components	Automotive and industrial parts
Milled Turning Components	Complex precision components

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WHY CHOOSE DMG MORI NLX 1500SY/500

The biggest advantage of the DMG MORI NLX 1500SY/500 is its ability to combine several machining processes in one machine. Instead of turning a component on one CNC lathe and then transferring it to a machining center for drilling or milling, the Y-axis and driven tooling allow many secondary features to be produced directly on the turning center.

The sub spindle provides another important production advantage. Components that require machining on both ends can be transferred between the main and sub spindles, allowing the second side to be machined without manually removing and reclamping the part. This can improve consistency and reduce setup time.

The Y-axis is particularly valuable for components containing off-center holes, slots, flats, pockets, or other milled features. Conventional turning centers are limited when machining features away from the centerline, while the NLX 1500SY/500 can position the driven tool using Y-axis movement.

The BMT-style turret provides a rigid platform for driven tooling. With rotary-tool speeds of up to approximately 10,000 RPM on the documented machine, the turret can support milling and drilling operations in addition to conventional turning.

The dual-spindle arrangement also makes the machine useful for production parts requiring multiple operations. A component can be machined from the primary spindle and then completed from the opposite side, reducing the number of separate setups required.

The machine’s 6,000 RPM spindle speed provides flexibility for both general turning and higher-speed machining of smaller components. Combined with approximately 20 HP on the main spindle and 15 HP on the sub spindle, the machine has a strong power-to-size ratio for its compact work envelope.

Another advantage is the relatively compact footprint compared with larger multi-axis production turning centers. Shops that need Y-axis and sub-spindle capability but do not have room for a large machine can use the NLX 1500SY/500 as a versatile production platform.

Finally, the DMG MORI design emphasizes rigidity and thermal stability. The NLX platform uses slideways on its primary axes for improved damping and dynamic rigidity, while the machine architecture incorporates thermal control features intended to maintain machining accuracy.

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WHY BUY USED DMG MORI NLX 1500SY/500

Buying a used DMG MORI NLX 1500SY/500 can provide manufacturers with multi-axis CNC turning capability without the capital investment associated with purchasing a new machine. A used 2014 machine can provide access to Y-axis machining, a sub spindle, C-axis control, driven tooling, and automatic production features in a single platform.

The machine’s configuration can be particularly valuable to job shops that need to expand their capabilities. Instead of purchasing separate equipment for turning and secondary milling operations, a properly equipped NLX 1500SY/500 can combine these processes.

Used machines can also come with valuable production accessories already installed. Documented 2014 machines include chip conveyors, bar feeders, parts catchers, hydraulic chucks, tool presetters, and driven-tool equipment. These accessories can represent significant additional investment if purchased separately.

The bar feeder is particularly useful for shops producing repeated batches of cylindrical components. Automated stock feeding can reduce operator intervention and allow the machine to run longer production cycles. A documented 2014 machine is equipped with an ALPS ASR X-45/51PN2 bar feeder, while another listing specifies an Edge Technologies Rebel V-65 servo short-magazine bar feed system.

The sub spindle can also increase the value of the machine for manufacturers producing parts that require second-side machining. Rather than removing a partially completed part and manually resetting it, the second spindle can be incorporated into the machining process.

The machine’s 12-station turret provides flexibility for different part families. Shops can dedicate tool positions to roughing, finishing, boring, threading, grooving, drilling, milling, and other operations depending on the component.

However, buyers of used multi-axis CNC machines should carefully inspect the machine before purchase. Important areas include spindle condition, sub-spindle alignment, turret indexing, Y-axis movement, ballscrews, guideways, driven-tool holders, C-axis positioning, hydraulic systems, coolant system, chip conveyor, bar feeder, and CNC control.

A professional inspection is especially important when purchasing a machine with multiple spindles and driven tooling. Verifying each function under power can help identify potential repair or replacement costs before the purchase is completed.

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HOW MUCH DOES A USED DMG MORI NLX 1500SY/500 COST?

The price of a used DMG MORI NLX 1500SY/500 – 2014 varies based on machine condition, hours, control configuration, included tooling, workholding, bar feeder, chip conveyor, service history, and location. Current public listings for documented 2014 machines may use request-a-quote or contact-for-price pricing rather than publishing a fixed asking price.

The configuration is one of the most important factors when comparing prices. A machine with a Y-axis, sub spindle, BMT live tooling, parts catcher, bar feeder, tool presetter, and chip conveyor represents a significantly different equipment package from a machine sold without these accessories.

Spindle condition should also be considered when evaluating price. The main spindle and sub spindle are central to the machine’s production capability, and buyers should check for abnormal vibration, noise, temperature, runout, and positioning issues.

The condition of the Y-axis and driven tooling should receive particular attention. Because the SY configuration is designed for milling and off-center machining, buyers should verify that the Y-axis travels correctly and that the rotary-tool spindle operates properly across its speed range.

The condition of the control system is another important consideration. A machine with a properly functioning control, intact display, working drives, accurate axis movement, and complete machine documentation can be easier to place into production than a machine requiring electrical or CNC repairs.

Included accessories can substantially change the overall value of a used machine. A bar feeder, parts catcher, chip conveyor, hydraulic chucks, tool presetting system, live-tool holders, and additional tooling can reduce the additional investment required after purchase.

Transportation and installation costs should also be included in the total acquisition budget. The documented machine weighs approximately 11,880 pounds, and the complete installation footprint becomes larger when a bar feeder and chip conveyor are included.

When comparing used NLX 1500SY/500 machines, buyers should therefore compare the complete equipment package, not simply the machine year and model. Hours, condition, spindle health, Y-axis condition, sub-spindle operation, tooling, bar feeder, chip conveyor, control configuration, and service history can all affect the final purchase price.

A properly inspected 2014 DMG MORI NLX 1500SY/500 can provide a combination of turning, milling, Y-axis, C-axis, and second-spindle capability in one production platform. For buyers evaluating used CNC equipment, the most meaningful comparison is the machine’s actual configuration and condition relative to the work it needs to perform.