Used DOOSAN LYNX 2100LY CNC Machine For Sale - Texas - USA

DOOSAN LYNX 2100LY

MAKE: DOOSAN
MODEL: LYNX 2100LY
TYPE: Lathe
YEAR: 2015
SKU: 110319
DEALER: Used CNC Exchange
COUNTRY: USA
STATE: Texas

USED DOOSAN LYNX 2100LY

The Doosan Lynx 2100LY is a high-performance Y-axis CNC turning center, built to deliver multi-tasking capability within a compact footprint. It expands on the standard Lynx 2100 platform by integrating a programmable Y-axis, live tooling, and C-axis control, enabling complex part machining in a single setup.

This machine is typically configured as a 3-axis turning center (X, Z, and Y), allowing off-center machining operations such as milling flats, cross-drilling, and slotting. The addition of the Y-axis significantly increases flexibility and reduces the need for secondary operations, making it ideal for complex geometries and precision components.

The Lynx 2100LY supports 6” and 8” chuck sizes, with a maximum turning diameter of around 300 mm and a turning length of approximately 500 mm. It also offers a bar capacity of up to ~65 mm, making it suitable for both chucking and bar-fed production.

Equipped with a ~15 kW (20 HP) spindle, the machine delivers speeds up to 4,500 RPM, balancing torque and speed for a wide range of materials and applications.

The machine features a 12-station BMT turret with live tooling (up to ~6,000 RPM), allowing it to perform both turning and milling operations efficiently. Combined with a rigid slant-bed design and roller-type linear guideways, the Lynx 2100LY ensures excellent stability, accuracy, and repeatability, even in demanding production environments.


DOOSAN LYNX 2100LY SPECIFICATIONS

DOOSAN LYNX 2100LY – AXIS TRAVELS
X-Axis Travel: ~205 mm
Y-Axis Travel: ~±52 mm (~105 mm total)
Z-Axis Travel: ~500–560 mm
3-Axis Configuration
Linear Roller Guideways
High Precision Motion
DOOSAN LYNX 2100LY – CAPACITY
Max Turning Diameter: ~300 mm
Max Turning Length: ~500 mm
Bar Capacity: ~51–65 mm
Chuck Size: 6” / 8”
Compact Yet Capable
Ideal for Complex Parts
DOOSAN LYNX 2100LY – SPINDLE
Max Spindle Speed: ~4,500 RPM
Spindle Motor: ~15 kW (~20 HP)
High Torque Output
Stable Cutting Performance
Suitable for Various Materials
Consistent Surface Finish
DOOSAN LYNX 2100LY – TABLE
Slant Bed Design
High Rigidity Structure
Efficient Chip Flow
Thermal Stability
Compact Footprint
Production-Oriented
DOOSAN LYNX 2100LY – TOOL TURRET
Turret Type: BMT
Tool Capacity: 12 Stations
Half Index Capability (24 Positions)
Live Tooling Support
Rotary Tool Speed: ~6,000 RPM
Multi-Operation Machining
DOOSAN LYNX 2100LY – FEEDRATES
Rapid Traverse X: ~30 m/min
Rapid Traverse Y: ~10 m/min
Rapid Traverse Z: ~36 m/min
High-Speed Positioning
Reduced Idle Time
High Productivity
DOOSAN LYNX 2100LY – COOLANT & CHIP MANAGEMENT
Flood Coolant System
High-Pressure Coolant Optional
Chip Conveyor Standard/Optional
Parts Catcher Included
Efficient Chip Removal
Continuous Operation Ready
DOOSAN LYNX 2100LY – CONTROL SYSTEM
CNC Control: FANUC / Siemens
Easy Operation Package (EOP)
User-Friendly Interface
High Reliability
Easy Programming
Industry Standard
DOOSAN LYNX 2100LY – POWER & AIR REQUIREMENTS
Power Requirement: 3 Phase
Approx Power: ~30–45 kVA
Air Requirement: ~5–6 bar
Stable Operation
Industrial Grade
Energy Efficient
DOOSAN LYNX 2100LY – DIMENSIONS
Machine Length: ~2800–2900 mm
Machine Width: ~1700 mm
Machine Height: ~1900 mm
Machine Weight: ~3800–4000 kg
Compact Layout
Shop-Friendly Design
DOOSAN LYNX 2100LY – GENERAL INFORMATION
Machine Type: CNC Turning Center with Y-Axis
3-Axis (X, Z, Y)
Live Tooling + C-Axis
Multi-Tasking Machine
High-Speed Production
Advanced Lynx Series
INDUSTRIES THAT USE DOOSAN LYNX 2100LY
Automotive
Aerospace
Medical
Electronics
Oil & Gas
Precision Manufacturing
TYPICAL PARTS DOOSAN LYNX 2100LY CAN PRODUCE
Complex Shafts
Flanges with Keyways
Valve Bodies
Fittings
Connectors
Multi-Feature Precision Parts
WHY CHOOSE DOOSAN LYNX 2100LY
Y-Axis for Complex Machining
Reduced Secondary Operations
Live Tooling Capability
High Accuracy & Rigidity
Automation Ready
Excellent Used Market Value

WHY BUY USED DOOSAN LYNX 2100LY

A used Doosan Lynx 2100LY is an excellent choice for manufacturers looking to combine turning and milling operations in a single machine without investing in a full machining center.

The standout feature of the 2100LY is its Y-axis capability, which allows:

  • Off-center milling and drilling
  • Machining of flats, keyways, and slots
  • Complex part production without repositioning

This significantly reduces:

  • Setup time
  • Part handling
  • Risk of alignment errors

The machine’s live tooling and C-axis integration further enhance productivity by enabling complete machining in one cycle, which is critical for industries producing precision components.

In terms of performance, the Lynx 2100LY offers:

  • Fast turret indexing (~0.1 sec)
  • High rapid traverse speeds (up to ~30–36 m/min)
  • Rigid roller guideways for stable cutting

Its compact footprint makes it ideal for shops with limited floor space, while still delivering capabilities typically found in larger machines.

The machine is also automation-ready, supporting:

  • Bar feeders
  • Parts catchers
  • Chip conveyors

With FANUC or Siemens controls, operators benefit from easy programming, high reliability, and widespread support, making it a practical addition to any CNC shop.


HOW MUCH DOES A USED DOOSAN LYNX 2100LY COST?

The price of a used Doosan Lynx 2100LY typically ranges between $40,000 and $85,000, depending on configuration, condition, and included features.

  • $40K–$55K: Basic Y-axis models with standard tooling
  • $55K–$70K: Well-equipped machines with live tooling and accessories
  • $70K–$85K+: Advanced setups with sub-spindle, automation, and low hours

Machines equipped with:

  • Live tooling packages
  • High-pressure coolant systems
  • Bar feeders and automation

tend to command higher prices due to their full production capability.

Despite the higher cost compared to standard 2-axis lathes, the Lynx 2100LY delivers strong ROI by:

  • Eliminating secondary machining operations
  • Increasing throughput
  • Reducing labor and setup time