The Doosan Puma 700LM is a large-capacity CNC turning center with integrated milling capability, designed for machining heavy and complex components in a single setup. Built on a rigid slant-bed structure with box guideways, the machine offers excellent vibration dampening and maintains high accuracy even during demanding cutting operations. It features a powerful high-torque spindle with speeds up to 1,500 RPM and motor power around 45 kW, enabling efficient machining of tough materials.
The Puma 700LM provides a substantial machining envelope, with a maximum turning diameter of approximately 900 mm and turning lengths reaching up to 3,200 mm depending on configuration. This makes it ideal for industries such as oil & gas, power generation, and heavy engineering where large shafts and long components are common. A key advantage of the “LM” configuration is its live tooling and C-axis capability, allowing milling, drilling, and tapping operations without secondary setups. The machine is typically equipped with a 12-station turret, often using a BMT-style tooling system, and Fanuc CNC controls for reliability and ease of operation. Its heavy-duty construction, combined with multi-tasking capability, makes it a highly versatile and productive solution for large-part machining.
DOOSAN PUMA 700LMSPECIFICATIONS
DOOSAN PUMA 700LM – AXIS
3 Axis CNC Turning Center
X Axis
Z Axis
C Axis (Spindle Indexing)
Live Tooling Capability
DOOSAN PUMA 700LM – AXIS TRAVELS
X-Axis Travel: Approx. 470 mm
Z-Axis Travel: Approx. 3,200 mm
C-Axis: 360° Indexing
DOOSAN PUMA 700LM – CAPACITY
Maximum Turning Diameter: Approx. 900 mm
Maximum Turning Length: Approx. 3,200 mm
Maximum Swing Over Bed: Approx. 1,030 mm
Maximum Swing Over Carriage: Approx. 800 mm
DOOSAN PUMA 700LM – SPINDLE
Spindle Nose: A1-15
Spindle Speed: Up to 1,500 RPM
Spindle Motor Power: Approx. 45 kW
Bar Capacity: Approx. 160 – 165 mm
High Torque Gearbox Spindle
Designed for Heavy Duty Cutting
DOOSAN PUMA 700LM – TABLE
Heavy Duty Slant Bed Design
Extra Long Bed for Long Workpieces
Box Guideways for High Rigidity
Stable Structure for Heavy Components
DOOSAN PUMA 700LM – TOOL TURRET
12 Station Turret
Live Tooling Capability
High Rigidity Tool Clamping
Supports Milling and Drilling Operations
Large Boring Bar Capacity
DOOSAN PUMA 700LM – FEEDRATES
Rapid Traverse (X): Approx. 12 m/min
Rapid Traverse (Z): Approx. 10 – 16 m/min
High Precision Servo Feed System
DOOSAN PUMA 700LM – COOLANT & CHIP MANAGEMENT
High Capacity Coolant System
Heavy Duty Chip Conveyor
Flood Coolant Standard
Optional High Pressure Coolant
DOOSAN PUMA 700LM – CONTROL SYSTEM
FANUC CNC Control (21i / 31i / 32i Series)
Live Tooling & C-Axis Support
User Friendly Interface
Advanced Programming Capabilities
Reliable and Widely Supported
DOOSAN PUMA 700LM – POWER & AIR REQUIREMENTS
Power Requirement: Approx. 75 – 80 kVA
Air Supply Required for Tooling
Stable Power Recommended
DOOSAN PUMA 700LM – DIMENSIONS
Machine Length: Approx. 7,300 – 7,500 mm
Machine Width: Approx. 2,700 – 2,800 mm
Machine Height: Approx. 2,500 – 2,600 mm
Machine Weight: Approx. 22,000 – 23,000 kg
DOOSAN PUMA 700LM – GENERAL INFORMATION
CNC Turning Center with Live Tooling Capability
Designed for Long and Large Components
Box Guideway Construction for Maximum Rigidity
High Torque for Heavy Duty Cutting
Suitable for Milling and Drilling Operations on Turned Parts
INDUSTRIES THAT USE DOOSAN PUMA 700LM
Oil & Gas Industry
Aerospace
Heavy Engineering
Power Generation
Shipbuilding
TYPICAL PARTS DOOSAN PUMA 700LM CAN PRODUCE
Long Shafts with Milling Features
Pipes and Tubes with Flanges
Valve Bodies with Drilled Holes
Oilfield Components
Large Cylindrical Parts with Machined Features
WHY CHOOSE DOOSAN PUMA 700LM
Combines Turning and Milling in One Setup
Ideal for Long and Heavy Components
High Rigidity and Torque
Reduces Setup Time
Excellent Stability for Heavy Cuts
Long Machine Life
WHY BUY USED DOOSAN PUMA 700LM
Buying a used Doosan Puma 700LM is a strategic decision for manufacturers looking to combine heavy-duty turning and milling capabilities at a reduced investment. One of the biggest advantages is its multi-tasking functionality, which allows multiple operations to be completed in a single setup. This reduces cycle times, improves accuracy, and eliminates the need for additional machines, leading to higher overall productivity.
Another key benefit is the machine’s robust design. Built for heavy-duty applications, the Puma 700LM retains its structural integrity and machining accuracy even after years of use. This makes it highly reliable in the used equipment market, especially when sourced from well-maintained environments. Immediate availability is also a major advantage, as new machines in this category often involve long lead times, whereas used machines can be deployed quickly.
Cutting hours are a critical factor when evaluating a used unit. Machines with lower spindle and live tooling hours typically offer better long-term performance and reduced maintenance requirements. However, even higher-hour machines can still perform effectively due to the machine’s heavy-duty build, provided they have been properly maintained. Many used units also include accessories such as steady rests, chip conveyors, and tooling packages, adding further value.
HOW MUCH DOES A USED DOOSAN PUMA 700LMCOST?
The cost of a used Doosan Puma 700LM varies based on year of manufacture, condition, configuration, and cutting hours. Machines manufactured before 2000 are uncommon in the LM (milling) configuration, but when available, they typically range from $30,000 to $50,000. These units usually have older CNC systems and higher usage, making them suitable for secondary operations.
Machines built between 2000 and 2010 generally fall within the $50,000 to $100,000 range. These machines offer a strong balance between cost and performance, often equipped with live tooling and moderate cutting hours. For many buyers, this segment represents the best value, especially when supported by proper maintenance records.
Newer machines from 2010 to 2025 typically range from $100,000 to $220,000 or more, depending on configuration, included tooling, and overall condition. Machines with lower cutting and live tooling hours command higher prices due to better accuracy retention and reduced maintenance needs, while high-hour machines are more affordable but may require refurbishment. Overall, cutting time, milling usage, and included accessories are the most critical factors influencing the final price.