The HYUNDAI WIA L300LMSA is a high-performance multitasking CNC turning center designed for precision turning and milling operations in a single, highly efficient platform. Built on a rigid 45-degree slant-bed cast iron structure, the L300LMSA delivers excellent vibration damping and thermal stability, ensuring consistent dimensional accuracy during heavy cutting and extended production cycles. Its robust construction and box-type guideways provide superior rigidity, making it well suited for both roughing and finishing operations on complex components in demanding industrial environments.
The L300LMSA is equipped with a main spindle and a sub-spindle, enabling complete front and back machining in one setup and significantly reducing part handling and setup time. With C-axis control and live tooling capability, the machine supports milling, drilling, and tapping operations directly on the lathe, allowing complex parts to be completed without secondary machines. A high-capacity turret system supports a wide range of tooling configurations, while advanced CNC control systems provide intuitive programming, high-speed processing, and seamless CAD/CAM integration. These features help optimize machining cycles, improve throughput, and maintain tight tolerances in high-mix, high-volume production environments.
The HYUNDAI WIA L300LMSA is widely used in automotive, aerospace, and general engineering industries for producing complex shafts, housings, and precision machined cylindrical components. Its combination of multitasking functionality, powerful spindle performance, and rigid machine structure makes it an efficient solution for manufacturers seeking to reduce cycle times, improve part accuracy, and streamline production workflows in modern CNC machining operations.
HYUNDAI WIA L300LMSASPECIFICATIONS
TRAVEL & CAPACITY
Max Turning Diameter: approx. 410 mm
Swing Over Bed: approx. 750 mm
Max Turning Length: approx. 680 mm
Main Spindle Bore / Bar Capacity: ~95 mm
Sub-Spindle Bore / Bar Capacity: ~65–78 mm
Rapid Traverse (X/Z/Sub): ~20–24 m/min
SPINDLE
Main Spindle Max Speed: approx. 3,500 rpm
Sub-Spindle Max Speed: approx. 4,000 rpm
Main Spindle Power: ~22 / 18.5 kW
Sub-Spindle Power: ~11 / 7.5 kW
Spindle Nose (Main / Sub): A2-8 / A2-6
Main / Sub Bar Capacity: ~76 mm / ~65 mm
TOOL CHANGER / TURRET
Turret Type: High-speed BMT65P
Tool Stations: 12
Driven Tools: Yes
C-Axis Indexing Capability
FEEDRATES
Rapid Traverse (X/Z/Sub): approx. 20/24/20 m/min
Cutting Feedrate: Application dependent
CONTROL SYSTEM
CNC Control: Hyundai WIA / FANUC / Siemens
C-Axis Support: Yes
Programming: Standard G-code
Interface: Operator panel interface with overrides
COOLANT & CHIP HANDLING
Coolant System: Standard flood coolant
Coolant Tank Capacity: Optional large capacity
Chip Handling: Chip tray standard
Chip Conveyor: Optional
POWER & AIR REQUIREMENTS
Electrical Power: ~30–35 kVA (varies by config)
Air Pressure Required: ~0.5–0.6 MPa (75–90 psi)
Power Supply: Three-phase
HYUNDAI WIA L300LMSA — GENERAL INFORMATION
Model: HYUNDAI WIA L300LMSA
Machine Type: CNC Horizontal Lathe with Sub-Spindle
Bed Structure: Rigid 45° slanted one-piece cast iron
How much does used HYUNDAI WIA L300LMSA cost? Used Machine Price Range (Approximate)
CONFIGURATION
ESTIMATED PRICE (USD)
Base Model (standard dual-spindle)
$55,000 – $75,000
Mid Spec (live tooling & coolant)
$75,000 – $95,000
High Spec (chip conveyor & full options)
$95,000+
Prices vary depending on build year, spindle hours, tool count, and installed options.
WHY BUY USED HYUNDAI WIA L300LMSA
A used HYUNDAI WIA L300LMSA can provide substantial cost savings while still offering advanced multitasking capability and industrial-grade reliability. Hyundai WIA machines are known for their durable build quality and long service life, so a properly maintained used unit can continue to deliver consistent performance for many years. Purchasing a used L300LMSA allows manufacturers to increase machining capacity, shorten lead times, and expand production capability without the high capital investment of a new machine. It is an attractive option for job shops and growing manufacturers looking to maximize return on investment while maintaining high productivity and machining flexibility.
