Industrial CNC Machine Directory

Hyundai WIA LV4508R/L

$110,000 - $160,000 Updated 2026-03-19
Hyundai WIA LV4508R/L CNC Lathes
01

Key Specifications

X Travel

310 mm (12.2 in)

Z Travel

495 mm (19.5 in)

Rapid Traverse

24/24 m/min (945 ipm) X/Z

Spindle Power

26/22/18.5 kW (34.8/29.5/24.8 hp)

Max Turn Length

mm

max turning diameter

236 mm (9.3 in)

02

Overview

The Hyundai WIA LV4508R/L is a compact vertical turning center optimized for high-speed production of small-diameter chucked parts up to 236 mm (9.3 in). Unlike the broader LV4500 Series which handles parts up to 495 mm, the LV4508R/L is specifically configured for small, short-cycle production where fast spindle speed and rapid positioning drive throughput. The R/L designation indicates right and left structure options for gantry loader integration in automated multi-machine cells.

The belt-driven spindle delivers 26/22/18.5 kW (34.8/29.5/24.8 hp) at up to 3,000 RPM with 863/730/614 N.m of torque across three output ratings. The three-tier power specification indicates the machine offers configurable spindle options for different production requirements. Linear motion (LM) guideways on both axes deliver fast, accurate positioning at 24 m/min (945 ipm) rapid traverse. The 12-inch chuck provides secure clamping for the machine's range of small workpiece diameters.

Axis travels of 310 mm (12.2 in) in X and 495 mm (19.5 in) in Z are compact and efficient. The 12-station turret with 25/50 mm tool capacity handles production tooling for OD/ID turning, facing, grooving, threading, and boring operations. The machine features a stable spindle structure with excellent heavy-duty cutting ability, an optional 2-step chuck pressure mechanism for secure workholding on varied part geometries, and optimized chip disposal for continuous production.

New LV4508R/L machines price between $110,000 and $160,000, making them among the most cost-effective VTL options for small-part production. The machine competes with Emag VL 2, Fuji CSD-300, and other compact production VTLs targeting the automotive bearing, gear, and hub component markets.

03

Full Specifications

Parameter Value
Max Turning Diameter 236 mm (9.3 in)
Max Turning Height 495 mm (19.5 in)
Chuck Size inch
Table Speed Max 3,000 RPM
Spindle Motor Power 26/22/18.5 kW (34.8/29.5/24.8 hp)
Spindle Torque N.m
X-Axis Travel 310 mm (12.2 in)
Z-Axis Travel 495 mm (19.5 in)
Rapid Traverse Rate 24/24 m/min (945 ipm) X/Z
Turret Stations 12
Tool Size mm
Guideway Type Linear motion (LM) guides
Spindle Drive Belt
Machine Configuration Vertical turning center
CNC Control Fanuc 0i-TF Plus
Description Unit
Max Turning Dia mm
Max Turning Length mm
Spindle Rpm r/min
Spindle Output kW
Travel mm
Rapid Travel m/min
No Of Tools EA
Type Of Business Business Type 1VehiclesIT/ElectronicsMachinery/ShipbuildingComplex & Precise PartsDie&Mold IndustryEnergyOthersBusiness Type 2
E Mail @

Specifications sourced from wiamachine.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • 3,000 RPM table speed enables maximum surface speeds on small-diameter parts for short cycle times in high-volume production
  • Three-tier spindle power options (26/22/18.5 kW) allow configuration optimization for specific production requirements
  • LM guideways with 24 m/min rapid traverse deliver fast positioning for high-throughput production cycles
  • Optional 2-step chuck pressure mechanism provides secure workholding across varied part geometries and materials
  • Right and left structure options enable optimized gantry loader integration in multi-machine automated cells
  • Competitive pricing at $110K-$160K makes this among the most cost-effective VTL platforms for small-part production

Limitations

  • 236 mm maximum turning diameter severely limits the machine to small parts only -- a very specialized application range
  • LM guides provide less vibration damping than box ways for heavy interrupted cuts on rough castings
  • No live tooling option in the base R/L configuration -- shops needing milling capability should consider the LV4500 RM/LM
  • 12-inch chuck is oversized relative to the 236 mm max turning diameter, which may complicate fixturing for very small parts
05

Best For

Automotive tier suppliers producing small bearing races, gear blanks, valve seats, and hub components at high volumes Bearing manufacturers running high-speed production of small-diameter inner and outer races Precision component producers machining small flanges, bushings, and disc-shaped parts requiring consistent tolerances Shops building compact automated VTL cells optimized for short-cycle small-part production Production environments needing the most cost-effective entry into vertical turning center technology
06

Frequently Asked Questions

01 What does a Hyundai WIA LV4508R/L cost?

New LV4508R/L machines price between $110,000 and $160,000 depending on spindle configuration and options. Adding gantry loader automation brings total cell cost to $175,000-$225,000. This represents one of the most affordable VTL options available for production applications.

02 How does the LV4508R/L differ from the LV4500 Series?

The LV4508R/L has a much smaller maximum turning diameter (236 mm vs. 495 mm) and uses LM guides instead of roller guides. The LV4508 is a more specialized, compact variant optimized for very small disc parts. The LV4500 RM/LM also offers live tooling capability which the base LV4508R/L does not.

03 What is the 2-step chuck pressure mechanism?

The optional 2-step chuck pressure allows the operator to set two different clamping pressures during a machining cycle. This is useful when roughing requires high clamping force but finishing requires reduced pressure to prevent part distortion. The system automatically switches pressure levels at programmed points in the cycle.

04 Can the LV4508R/L be automated?

Yes. The R/L structure configuration is specifically designed for automated loading. R (right) and L (left) designations indicate structure orientation for gantry loader approach. The compact size and fast cycle times make the LV4508R/L ideal for high-density automated production cells.

07

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