USED DN SOLUTIONS PUMA 5100LC – 2023

The 2023 DN SOLUTIONS PUMA 5100LC is a heavy-duty CNC turning center designed for manufacturers requiring large-diameter turning capability, extended machining length, high spindle torque, and reliable production performance for demanding industrial components. The PUMA 5100LC belongs to the PUMA 4100/5100 family of heavy-duty horizontal turning centers and is specifically configured for long, large-diameter workpieces. With a maximum turning diameter of approximately 25.6 inches and maximum turning length of approximately 82 inches, the machine provides a substantial machining envelope for components that exceed the practical capacity of conventional production lathes.

The PUMA 5100LC utilizes a rigid slant-bed and box-way machine construction developed to provide stability during heavy cutting operations. The heavy-duty structure helps minimize vibration and cutting deflection when machining large components, while the box-way design provides substantial support for the carriage and turret during demanding turning operations. This architecture is particularly beneficial for manufacturers working with steel, stainless steel, cast iron, alloy steel, and other difficult-to-machine materials where cutting forces can be substantial.

One of the defining characteristics of the PUMA 5100LC is its large spindle configuration. The machine provides a maximum spindle speed of approximately 1,000 RPM and approximately 60 HP of spindle power, with published specifications identifying approximately 45 kW continuous-class power and approximately 4,466 N·m of maximum spindle torque. This high-torque configuration is designed for heavy-duty turning rather than extremely high-speed machining, making it particularly suitable for large-diameter components and aggressive material-removal applications.

The PUMA 5100LC provides an exceptionally large spindle bore of approximately 10.78 to 10.82 inches, depending on the specific machine configuration. This large through-bore makes the machine particularly useful for manufacturers working with large-diameter bar stock, pipe, tubing, shafts, and oilfield components. The large bore can reduce the need for specialized external workholding arrangements when machining components directly from larger stock material.

The machine provides approximately 14.3 inches of X-axis travel and approximately 84.8 inches of Z-axis travel on the long-bed configuration. This substantial Z-axis travel allows the PUMA 5100LC to accommodate long shafts, tubular components, cylinders, pipe sections, and other extended workpieces. The machine’s approximately 35.4-inch swing over bed further increases its ability to handle large-diameter workpieces.

The PUMA 5100LC is equipped with a heavy-duty 2-axis turning configuration and a 10-station or 12-station turret depending on the exact machine specification. Current 2023 examples have been documented with 12-station turret configurations, while other listings identify 10-station equipment. Buyers should therefore verify the actual turret configuration on the individual machine.

The machine’s long machining capacity makes it particularly valuable for oil and gas, energy, heavy equipment, aerospace, transportation, industrial machinery, and large-component contract machining. Typical applications include long shafts, large flanges, valve components, pipe fittings, hydraulic cylinders, sleeves, couplings, pressure components, pump components, and other cylindrical industrial parts.

The PUMA 5100LC can machine a wide variety of materials including carbon steel, stainless steel, alloy steel, cast iron, aluminum, brass, bronze, and other industrial alloys. Its substantial spindle torque is especially useful when working with harder materials and large-diameter components requiring deep cuts or aggressive roughing operations.

The machine is also designed for efficient production of large components in a single setup. Keeping a long workpiece secured within the same machine throughout the primary turning process can reduce workpiece transfers and help maintain dimensional consistency between multiple machined features.

The 2023 PUMA 5100LC can be equipped with useful production accessories such as hydraulic or pneumatic chucks, programmable or hydraulic tailstocks, steady rests, chip conveyors, high-pressure coolant systems, parts handling equipment, tooling packages, and automated lubrication systems. Individual used machines may have substantially different configurations depending on their original purchase specifications and subsequent upgrades.

A documented 2023 example has been listed with a FANUC 0i-Plus control with iHMi touchscreen interface, turbo side-discharge chip conveyor, 145 PSI coolant pump upgrade, pneumatic air chuck, and approximately 876 cutting hours. Another 2023 machine listing identifies a FANUC i-Series Plus control, tailstock, chip conveyor, steady rest, and large-bore workholding equipment.

The PUMA 5100LC’s rapid traverse rates are approximately 630 IPM in X and 787 IPM in Z, helping reduce non-cutting time during positioning and transitions between machining operations. Although the machine is designed primarily for heavy-duty turning, these rapid movements contribute to production efficiency during long machining cycles.

The machine’s approximately 12,100 kg overall weight also provides a substantial foundation for heavy machining. The heavy machine structure helps stabilize the cutting process and supports large workpieces while reducing the effects of vibration during aggressive turning operations.

Industries including oil and gas, aerospace, energy, heavy equipment, transportation, hydraulic manufacturing, industrial machinery, and precision contract machining can benefit from the PUMA 5100LC’s large turning envelope and long-bed configuration.

Because of its combination of large swing, approximately 82-inch machining length, 10.8-inch-class spindle bore, 60 HP spindle, high torque, rigid box-way construction, and heavy-duty workholding capability, the 2023 DN SOLUTIONS PUMA 5100LC remains a highly capable CNC turning center for manufacturers working with large and long industrial components.

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DN SOLUTIONS PUMA 5100LC – AXIS

SpecificationDetails
Machine Configuration	Heavy-Duty CNC Horizontal Turning Center
Axis Configuration	X, Z CNC Axes
X-Axis Travel	Approx. 14.3 in
Z-Axis Travel	Approx. 84.8 in
X-Axis Rapid Traverse	Approx. 630 IPM
Z-Axis Rapid Traverse	Approx. 787 IPM
Guideway System	Box-Way Construction
Machine Type	2-Axis CNC Turning Center

Published specifications identify approximately 362 mm X-axis travel, 2,155 mm Z-axis travel, and 16/20 m/min rapid traverse rates for the PUMA 5100LC.

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DN SOLUTIONS PUMA 5100LC – AXIS TRAVELS / WORK ENVELOPE

SpecificationDetails
Swing Over Bed	Approx. 35.4 in
Swing Over Carriage	Approx. 27.2 in
Maximum Turning Diameter	Approx. 25.6 in
Maximum Turning Length	Approx. 82 in
X-Axis Travel	Approx. 14.3 in
Z-Axis Travel	Approx. 84.8 in
Distance Spindle Nose to Tailstock	Approx. 91 in
Spindle Bore	Approx. 10.8 in

The 2023 PUMA 5100LC specifications reported by used-machine listings identify approximately 35.4-inch swing, 25.6-inch maximum turning diameter, 81.97-inch turning length, and 84.8-inch Z-axis travel.

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DN SOLUTIONS PUMA 5100LC – CAPACITY / WORKHOLDING

SpecificationDetails
Production Capability	Heavy-Duty CNC Turning
Workholding Configuration	Large-Bore Chucking
Maximum Turning Diameter	Approx. 25.6 in
Maximum Swing	Approx. 35.4 in
Spindle Bore	Approx. 10.8 in
Typical Workpiece Size	Large & Long Industrial Components
Tailstock	Available / Configuration Dependent
Steady Rest	Optional / Configuration Dependent
Automation Ready	Yes

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DN SOLUTIONS PUMA 5100LC – SPINDLE

SpecificationDetails
Maximum Spindle Speed	Approx. 1000 RPM
Spindle Motor Power	Approx. 60 HP
Continuous-Class Power	Approx. 50 HP
Maximum Spindle Torque	Approx. 3294 ft-lb
Spindle Bore	Approx. 10.8 in
Spindle Nose	ISO 702-4 No. 20
Spindle Configuration	Heavy-Duty Large-Bore Spindle
Spindle Speed Ranges	2
Drive Type	High-Torque Geared Spindle

Published DN Solutions specifications identify approximately 45 kW power, 4,466 N·m torque, and 1,000 RPM maximum spindle speed for the PUMA 5100LC.

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DN SOLUTIONS PUMA 5100LC – TOOL CHANGER / TURRET

SpecificationDetails
Turret Configuration	Automatic Turning Turret
Turret Capacity	Approx. 10–12 Stations
Tooling Type	OD & ID Turning Tools
Tool Indexing	Automatic Servo Indexing
Tooling Application	Heavy-Duty Turning
Boring Capability	Yes
Production Capability	Multi-Operation Turning
Tool Station Configuration	Machine Specific

The global specification lists a 10-station turret, while documented 2023 used machines have also been listed with 12-station turrets. The exact configuration should therefore be verified on the machine being offered.

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DN SOLUTIONS PUMA 5100LC – CONTROL SYSTEM

SpecificationDetails
CNC Control Platform	FANUC / DN Solutions CNC Control
Programming Capability	G-Code & CNC Programming
Control Configuration	FANUC i-Series / i-Series Plus
Display Interface	Color CNC Display
Touchscreen Interface	Configuration Dependent
USB Connectivity	Configuration Dependent
Ethernet Capability	Configuration Dependent
Machine Diagnostics	Integrated CNC Diagnostics
Programming Application	Heavy-Duty Turning

Documented 2023 PUMA 5100LC machines have been listed with FANUC 0i-Plus/iHMi and FANUC i-Series Plus control configurations.

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DN SOLUTIONS PUMA 5100LC – COOLANT / DUST / WATER MANAGEMENT

SpecificationDetails
Coolant Delivery System	Flood Coolant
Coolant Management	Recirculating CNC System
Chip Management	Side-Discharge Chip Conveyor
Coolant Pump	Industrial CNC Pump
High-Pressure Coolant	Optional / Configuration Dependent
Example Coolant Upgrade	Approx. 145 PSI
Chip Evacuation	Production-Oriented System
Coolant Enclosure	Full Machine Enclosure

Documented 2023 machines have been equipped with turbo side-discharge chip conveyors and coolant pump upgrades of approximately 145 PSI.

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DN SOLUTIONS PUMA 5100LC – POWER REQUIREMENTS

SpecificationDetails
Electrical Configuration	Industrial CNC Power
Voltage Requirement	Approx. 205–235V
Phase	3-Phase
Main Spindle Power	Approx. 60 HP
Electrical Installation	Heavy-Duty CNC Layout
Shop Air Requirement	Standard Industrial Air
Power Requirement	Configuration Dependent
Installation Requirement	Professional CNC Installation

Actual electrical requirements should be verified from the machine’s electrical nameplate and factory documentation before installation.

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DN SOLUTIONS PUMA 5100LC – DIMENSIONS

SpecificationDetails
Approximate Machine Weight	Approx. 26,676 lbs
Machine Length	Approx. 232 in
Machine Width	Approx. 90 in
Machine Height	Approx. 89 in
Installation Footprint	Large Production Layout
Machine Category	Heavy-Duty Long-Bed CNC Turning Center

Published DN Solutions specifications identify approximately 5,879 mm length, 2,272 mm height, 2,275 mm width, and 12,100 kg machine weight for the PUMA 5100LC.

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DN SOLUTIONS PUMA 5100LC – GENERAL INFORMATION

SpecificationDetails
Manufacturer	DN Solutions
Previous Brand Association	Doosan
Model	PUMA 5100LC
Year	2023
Machine Category	Heavy-Duty CNC Turning Center
Primary Application	Large-Diameter & Long-Part Turning
Maximum Turning Diameter	Approx. 25.6 in
Maximum Turning Length	Approx. 82 in
Spindle Bore	Approx. 10.8 in
Common Materials Machined	Steel, Stainless Steel, Cast Iron, Alloy Steel

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INDUSTRIES THAT USE DN SOLUTIONS PUMA 5100LC

The DN SOLUTIONS PUMA 5100LC is particularly suited to industries requiring large-diameter and long-length CNC turning capability. Its substantial swing, approximately 82-inch machining length, large spindle bore, and high-torque spindle make it useful for components that require considerably more capacity than standard production turning centers.

Oil and gas manufacturers commonly utilize large turning centers for machining pipe components, flanges, valve bodies, couplings, sleeves, adapters, drill-related components, and other oilfield equipment. The PUMA 5100LC’s approximately 10.8-inch spindle bore is particularly useful when machining large-diameter tubular workpieces and components requiring substantial through-spindle capacity.

Aerospace manufacturers can use the machine for producing long shafts, cylindrical housings, adapters, landing-system components, structural fittings, sleeves, and large precision hardware. The long Z-axis travel allows manufacturers to machine extended components while maintaining the workpiece within one primary turning setup.

Energy manufacturers can use the PUMA 5100LC for machining shafts, pump components, turbine-related hardware, large flanges, housings, sleeves, and industrial equipment components. Its high spindle torque provides useful capability for demanding material-removal operations involving large workpieces.

Heavy equipment manufacturers can utilize the machine for hydraulic cylinders, pins, shafts, bushings, large housings, rollers, support components, and drivetrain-related parts. These applications often require substantial cutting forces and long machining lengths, making the PUMA 5100LC suitable for demanding production environments.

Transportation manufacturers can use the machine for large shafts, axle components, hubs, cylindrical housings, rollers, and other long mechanical parts. The large turning envelope allows manufacturers to accept projects that may exceed the capacity of smaller CNC lathes.

Hydraulic manufacturers can benefit from the machine’s long-bed configuration when producing hydraulic cylinder components, sleeves, rods, valve bodies, and large cylindrical assemblies. The large spindle bore can also provide flexibility when machining tubing and hollow components.

Industrial machinery manufacturers can use the PUMA 5100LC for producing large shafts, rollers, machine components, housings, flanges, couplings, and other mechanical parts used throughout heavy equipment and production systems.

General machine shops can also benefit from the machine because it expands the range of large and long customer projects they can accept. A long-bed turning center can provide valuable production flexibility for contract manufacturers working across different industries.

The PUMA 5100LC is particularly useful for manufacturers that need substantial material-removal capability while maintaining controlled dimensional accuracy across long components.

Manufacturers working with difficult materials can also benefit from the machine’s high-torque spindle configuration. Heavy roughing operations can be performed using appropriate tooling and cutting parameters while the rigid machine structure supports stable machining.

Because of its combination of large work envelope, large-bore spindle, long Z-axis travel, high spindle torque, and heavy-duty construction, the PUMA 5100LC is well suited to industrial manufacturing environments where large cylindrical components are regularly produced.

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TYPICAL PARTS DN SOLUTIONS PUMA 5100LC CAN PRODUCE

Part TypeExamples
Oil & Gas Components	Pipes, Flanges, Valve Bodies
Aerospace Components	Long Shafts, Adapters, Housings
Heavy Equipment Parts	Pins, Shafts, Rollers, Bushings
Hydraulic Components	Cylinder Parts, Sleeves, Rods
Energy Components	Pump Shafts, Housings, Flanges
Industrial Components	Couplings, Large Housings, Rollers
Transportation Parts	Axles, Hubs, Shafts
Precision Hardware	Adapters, Fittings, Threaded Components

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WHY CHOOSE DN SOLUTIONS PUMA 5100LC

The DN SOLUTIONS PUMA 5100LC is designed for manufacturers requiring a large-capacity CNC turning center capable of handling long and heavy components. Its approximately 35.4-inch swing, 25.6-inch maximum turning diameter, and approximately 82-inch machining length provide a substantial work envelope for large industrial components.

One of the machine’s biggest advantages is its high-torque spindle. With approximately 60 HP spindle power and up to approximately 4,466 N·m of torque, the PUMA 5100LC is configured for heavy-duty material removal rather than lightweight turning applications. This makes it particularly useful for steel, stainless steel, cast iron, alloy steel, and other demanding materials.

The approximately 10.8-inch spindle bore is another major advantage. Large-bore turning capability allows manufacturers to work with substantial bar stock and tubular components. This is particularly important for oilfield, energy, hydraulic, and industrial applications where large-diameter hollow components are common.

The long Z-axis travel is also a significant production advantage. Approximately 84.8 inches of Z-axis travel provides sufficient machining capacity for long shafts, cylinders, tubes, rollers, and other extended components. The ability to keep long components within one machine can reduce setup changes and workpiece transfers.

The box-way machine construction provides a rigid foundation for heavy turning operations. Large components can generate significant cutting forces, so structural rigidity is important for maintaining stable cutting conditions and consistent dimensional results.

The machine’s approximately 16 m/min X-axis and 20 m/min Z-axis rapid traverse capability also helps minimize non-cutting time. During long machining cycles, efficient positioning and rapid movement between operations can contribute to improved overall production efficiency.

Another important advantage is the machine’s compatibility with large workholding systems. 2023 machines have been documented with large pneumatic or hydraulic chucks, tailstocks, and steady rests, allowing manufacturers to securely support long or heavy components during machining.

The PUMA 5100LC can also be configured with chip conveyors and high-pressure coolant systems. These features are particularly useful during heavy cutting because large quantities of chips can be produced during aggressive roughing operations.

The machine’s CNC control environment also provides practical production advantages. Documented 2023 machines have been equipped with FANUC 0i-Plus or FANUC i-Series Plus controls, giving manufacturers access to an established CNC programming platform familiar to many machine shops.

Another advantage is the machine’s suitability for specialized large-component work. Manufacturers that regularly receive long shafts, large flanges, tubular components, heavy housings, or other oversized turning projects can benefit from having this capacity available in-house.

For manufacturers seeking a heavy-duty CNC turning center focused on large-diameter and long-length components, the PUMA 5100LC provides a combination of spindle torque, work envelope, rigidity, and large-bore capability that is difficult to replicate with smaller turning centers.

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WHY BUY USED DN SOLUTIONS PUMA 5100LC

Purchasing a used 2023 DN SOLUTIONS PUMA 5100LC allows manufacturers to acquire a relatively recent heavy-duty CNC turning center while potentially reducing the capital investment required compared with purchasing a new machine. Because the PUMA 5100LC is designed for large and demanding components, it can provide production capacity that may otherwise require a substantial new-equipment investment.

One of the biggest advantages of buying a used 2023 machine is its relatively recent manufacturing date. A machine from 2023 may still offer modern CNC control technology, contemporary electrical systems, and current production features while avoiding some of the depreciation associated with a factory-new machine.

The PUMA 5100LC’s large machining envelope is another reason manufacturers may consider used equipment. Its approximately 82-inch turning length and 25.6-inch maximum turning diameter provide capacity for long components that cannot be accommodated on many conventional CNC turning centers.

The large spindle bore is particularly valuable for manufacturers working with tubular components. An approximately 10.8-inch spindle bore allows large-diameter material to pass through the spindle, making the machine useful for oilfield, energy, hydraulic, and industrial applications.

The machine’s high-torque spindle is another major advantage. With approximately 60 HP of spindle power and substantial torque, the PUMA 5100LC is designed to handle heavy cutting applications. This can allow manufacturers to perform substantial roughing operations while maintaining stable machining conditions.

Used machines may also include valuable accessories that were originally purchased with the equipment. A 2023 example currently documented in the used market includes a turbo side-discharge chip conveyor, 145 PSI coolant system, pneumatic chuck, and FANUC control. Other machines have been listed with tailstocks, steady rests, and large-bore chucks.

These accessories can significantly reduce the additional investment required to place a used machine into production. A machine already equipped with appropriate workholding and chip management can be considerably more practical than a basic machine requiring extensive configuration.

Another advantage is potentially faster availability. Manufacturers requiring additional large-turning capacity may be able to purchase an available used machine rather than waiting for a new equipment manufacturing and delivery schedule.

Before purchasing a used PUMA 5100LC, buyers should inspect spindle condition, spindle bore, chuck operation, tailstock alignment, steady-rest condition, turret indexing, X- and Z-axis movement, ballscrews, box ways, lubrication system, hydraulic equipment, coolant system, electrical cabinet, and CNC control.

Spindle hours and cutting hours should be reviewed whenever available. One documented 2023 machine has approximately 876 cutting hours, demonstrating that individual machines can have substantially different usage levels even when they share the same model year.

The workholding equipment should also be carefully inspected because large chucks and steady rests are critical when machining long or heavy components. Buyers should verify chuck condition, jaw condition, hydraulic or pneumatic operation, tailstock movement, and alignment.

Transportation and installation should also be planned carefully. The PUMA 5100LC weighs approximately 12,100 kg and has a footprint of approximately 232 by 90 by 89 inches, making professional rigging and installation necessary for most facilities.

For manufacturers seeking large turning capacity without purchasing a factory-new heavy-duty machine, a used 2023 PUMA 5100LC can provide a substantial production platform with modern equipment features and considerable machining capability.

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HOW MUCH DOES A USED DN SOLUTIONS PUMA 5100LC COST?

The price of a used 2023 DN SOLUTIONS PUMA 5100LC depends on machine condition, cutting hours, spindle hours, control configuration, chuck size, spindle bore, turret configuration, tailstock, steady rest, chip conveyor, coolant system, tooling, maintenance history, location, and current market demand.

Current used-market listings show substantial variation in asking prices for 2023 PUMA 5100LC machines. For example, one current listing has been advertised at approximately $269,000, while another 2023 machine has been listed at approximately $329,900. These are asking prices rather than confirmed transaction prices, so actual sale values can differ.

Based on currently listed 2023 machines, a practical working range for a used 2023 PUMA 5100LC can be approximately $200,000 to $330,000+, with particularly low-hour machines, specialized workholding, desirable accessories, and strong service histories potentially commanding higher asking prices.

Machine condition is one of the most important factors affecting value. Buyers should inspect spindle performance, chuck operation, tailstock alignment, turret indexing, axis movement, box-way condition, lubrication system, coolant system, electrical components, and CNC control operation.

Operating hours can also significantly influence pricing. A 2023 machine with very low cutting hours can have considerably different market value from another machine that has been operating continuously since installation. Documented maintenance records should therefore be reviewed whenever available.

The spindle configuration is particularly important. The PUMA 5100LC’s approximately 60 HP spindle and high torque make it a heavy-duty machine, and spindle condition should be carefully evaluated before purchase.

The large-bore spindle is another value consideration. Machines equipped with approximately 10.8-inch spindle bores can be particularly attractive for manufacturers working with large-diameter tubing and bar stock.

Workholding accessories can also influence total value. Large chucks, hydraulic or pneumatic systems, tailstocks, steady rests, and specialized supports can represent substantial additional equipment costs.

Chip management and coolant capability should also be considered. A machine equipped with a turbo chip conveyor and high-pressure coolant system can be better prepared for heavy production than a machine without these accessories. A documented 2023 machine has been equipped with a turbo side-discharge chip conveyor and approximately 145 PSI coolant system.

The CNC control is another consideration. FANUC i-Series and i-Series Plus configurations are commonly found on documented 2023 PUMA 5100LC machines, providing a familiar programming environment for many manufacturers.

Transportation and installation costs should also be included when evaluating the total acquisition cost. With a machine weight of approximately 26,676 pounds and an overall footprint of approximately 232 inches by 90 inches, professional rigging and transportation can represent a significant additional expense.

Buyers should also account for tooling, workholding, electrical installation, foundation requirements, coolant, rigging, leveling, inspection, and commissioning before determining the complete investment required.

The relatively recent 2023 model year can make this machine attractive to manufacturers seeking modern heavy-duty turning capacity without purchasing a brand-new machine.

For manufacturers requiring large-diameter turning, long-part machining, large-bore capability, and high-torque material removal, the used 2023 DN SOLUTIONS PUMA 5100LC provides a substantial production platform.

Its approximately 35.4-inch swing, 25.6-inch maximum turning diameter, 82-inch machining length, 10.8-inch spindle bore, 60 HP spindle, and long-bed configuration make it particularly suited for large industrial components and demanding production applications.

For manufacturers seeking a modern heavy-duty CNC turning center capable of handling large and long workpieces, the used 2023 DN SOLUTIONS PUMA 5100LC provides substantial machining capacity and production flexibility.