Hyundai Wia L400LC CNC lathe (2012)
Hyundai Wia L400LC CNC lathe (2012)
Capacity & Travels:
• Max Turning Diameter: 14 in (350 mm)
• Max Turning Length: 83.5 in (2,120 mm)
• Chuck Size: 15 in (381 mm)
• X Axis Travel: 12.6 in (320 mm)
• Z Axis Travel: 87.6 in (2,200 mm)
• Slide Type: Box guideways on all axes
Spindle & Power newusedmachines.com
• Driving Method: Gear
• Max Spindle Speed: 2,000 rpm
• Spindle Output: 50 hp (max) / 40 hp (continuous)
• Spindle Torque: 2,267 ft·lb (max) / 1,837 ft·lb (cont.)
• Spindle Bore: 4.6 in (117 mm) bar capacity:
Tooling & Control
• Number of Tools: 10 (ID/OD)
• Tool Size: 1.25 in / 2 in (32 / 50 mm)
• Control: CNC Fanuc
• Built in Programmable Tailstock: Yes
Construction Features:
• 45° slant bed design (FEA optimized) for vibration absorption and minimal thermal growth
• Pretensioned double anchored ball screws for high accuracy and rigidity
• Two step gear box for high torque at low speeds and stable high speed rotation
• Minimized spindle thermal distortion
Hyundai Wia L400LC CNC lathe (2012)
Imperial
| Swing | 28.54" |
| Machining Length | 83.46" |
| # Axis | 2 |
| Chuck Size | 15" |
| Bar Capacity | 4.61" |
| Power | 49.6 hp |
| Max RPM | 2,000 RPM |
| Tailstock | Yes |
| Live Tooling | No |
| Sub Spindle | No |
Hyundai Wia L400LC CNC lathe (2012)
Capacity & Travels:
• Max Turning Diameter: 14 in (350 mm)
• Max Turning Length: 83.5 in (2,120 mm)
• Chuck Size: 15 in (381 mm)
• X Axis Travel: 12.6 in (320 mm)
• Z Axis Travel: 87.6 in (2,200 mm)
• Slide Type: Box guideways on all axes
Spindle & Power newusedmachines.com
• Driving Method: Gear
• Max Spindle Speed: 2,000 rpm
• Spindle Output: 50 hp (max) / 40 hp (continuous)
• Spindle Torque: 2,267 ft·lb (max) / 1,837 ft·lb (cont.)
• Spindle Bore: 4.6 in (117 mm) bar capacity:
Tooling & Control
• Number of Tools: 10 (ID/OD)
• Tool Size: 1.25 in / 2 in (32 / 50 mm)
• Control: CNC Fanuc
• Built in Programmable Tailstock: Yes
Construction Features:
• 45° slant bed design (FEA optimized) for vibration absorption and minimal thermal growth
• Pretensioned double anchored ball screws for high accuracy and rigidity
• Two step gear box for high torque at low speeds and stable high speed rotation
• Minimized spindle thermal distortion
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