EMAG VL 3 DUO
Key Specifications
X Travel
Z Travel
Max Spindle
Max Workpiece ⌀
max workpiece length
chuck diameter
Overview
The EMAG VL 3 DUO is a twin-spindle vertical pick-up turning machine engineered for high-throughput production of chucked components up to 150 mm in diameter. By doubling up the machining stations on a single platform, the VL 3 DUO effectively halves the per-part cycle time compared to a single-spindle VL machine, making it the go-to solution for automotive Tier 1 suppliers and bearing manufacturers running volumes in the hundreds of thousands per year.
Each spindle runs at up to 5,000 RPM with 17.9 kW (24 hp) at 40% duty cycle and 15.5 kW (21 hp) continuous. Torque ratings of 144 Nm at 40% and 98 Nm continuous are well-matched for the turning, drilling, and light milling operations typical on small chucked parts like gear blanks, bearing races, and valve components. The 210 mm chuck on each spindle handles workpieces up to 150 mm diameter and 110 mm length, which covers the sweet spot of high-volume automotive and industrial turned components.
The machine provides X-axis travel of 505 mm and Z-axis travel of 250 mm, with an optional Y-axis offering +/- 30 mm for off-center drilling and milling operations. Each spindle feeds a 12-position turret, allowing independent tool selection for OP10 and OP20 operations to run simultaneously. This dual-operation capability is the VL 3 DUO's primary competitive advantage: two complete machining operations happen in the time of one, with integrated part transfer between spindles eliminating manual handling.
The MINERALIT polymer concrete base provides 6-8x better vibration damping than cast iron, which is particularly important in a twin-spindle configuration where vibrations from simultaneous cutting could otherwise interfere. The inverted vertical spindle design ensures gravity-assisted chip evacuation on both stations. EMAG's pick-up automation concept handles loading, transfer between operations, and unloading without external robots, keeping the cell compact and the capital investment focused on productive machining rather than material handling.
New VL 3 DUO machines typically price between $400,000 and $600,000, reflecting the twin-spindle configuration. For shops currently running two separate single-spindle machines, the VL 3 DUO consolidates both operations into a single footprint with lower total cost and faster throughput.
Full Specifications
| Parameter | Value |
|---|---|
| Max Workpiece Diameter | 150 mm (6 in) |
| Max Workpiece Length | 110 mm (4.5 in) |
| Chuck Diameter | 210 mm (8.5 in) |
| Max Spindle Speed | 5,000 RPM |
| Spindle Power 40 Pct | 17.9 kW (24 hp) |
| Spindle Power Continuous | 15.5 kW (21 hp) |
| Spindle Torque 40 Pct | 144 Nm (106 ft-lb) |
| Spindle Torque Continuous | 98 Nm (72.5 ft-lb) |
| X-Axis Travel | 505 mm (20 in) |
| Travel Y Optional | +/- 30 mm (+/- 1 in) |
| Z-Axis Travel | 250 mm (10 in) |
| Turret Stations | 12 per spindle |
| Spindle Configuration | Twin-spindle (dual simultaneous machining) |
| Machine Base | MINERALIT polymer concrete |
| Workpiece Handling | Integrated pick-up automation with part transfer |
| CNC Control | Fanuc or Siemens |
| Workpiece Dia Max | mmin |
| Workpiece Length Max | mmin |
| Chuck Dia Max | mmin |
| X Axis Travel | mmin |
| Y Axis Travel | mmin |
| Z Axis Travel | mmin |
| Main Spindle Power Rating At 40 100 Duty Cycle | kW (hp) |
| Main Spindle Torque At 40 100 Duty Cycle | Nmft-lb |
| Main Spindle Speed Max | rpm |
Specifications sourced from emag.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Twin-spindle design runs OP10 and OP20 simultaneously, effectively halving per-part cycle time compared to single-spindle vertical lathes
- Integrated part transfer between spindles eliminates manual handling and external automation for multi-operation sequences
- 12-position turrets on each spindle allow independent tool selection for different operations running in parallel
- Optional Y-axis (+/- 30 mm) enables off-center drilling and milling without secondary operations
- MINERALIT polymer concrete base provides 6-8x better vibration damping than cast iron, critical for twin-spindle simultaneous cutting
- Compact single-machine footprint replaces two separate machines plus transfer automation
Limitations
- 150 mm maximum workpiece diameter limits the machine to small chucked components only
- Higher capital cost ($400K-$600K) than two separate single-spindle lathes may not be justified at lower production volumes
- Twin-spindle configuration adds complexity to setup and programming compared to standalone machines
- EMAG's North American service network is smaller than mainstream Japanese and Korean lathe builders
Best For
Frequently Asked Questions
01
The VL 3 DUO features twin spindles that machine two parts simultaneously, whereas the standard VL 3 has a single spindle. The DUO configuration allows OP10 and OP20 to run in parallel with integrated part transfer between stations, effectively doubling throughput in the same footprint. This makes the DUO ideal for multi-operation sequences on high-volume parts.
02
The VL 3 DUO is designed for high-volume production, typically 200,000 to several million parts per year. At lower volumes, a single-spindle VL 3 or conventional CNC lathe with a bar feeder may be more cost-effective. The DUO's economics improve rapidly with volume because the twin-spindle design cuts per-part cycle time roughly in half.
03
Yes. Each 12-position turret supports driven tools for drilling, tapping, and light milling. The optional Y-axis with +/- 30 mm travel enables off-center drilling and milling operations, allowing many parts to be completed in a single setup without transfer to a machining center.
04
Each inverted spindle picks up raw or in-process parts from an integrated conveyor or transfer station. The first spindle performs OP10, then transfers the part to the second spindle for OP20. Finished parts are deposited back on the output conveyor. No external robot or gantry loader is needed, which reduces cell complexity and cost.
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