Industrial CNC Machine Directory

EMAG VL 1

$280,000 - $380,000 Updated 2026-03-17
01

Key Specifications

Chuck Diameter

160 mm

Maximum Turning Diameter

100 mm

Maximum Turning Length

80 mm

Maximum Workpiece Weight

1 kg

Spindle Speed (Max)

7,000 rpm

Spindle Power

11 kW

02

Overview

The EMAG VL 1 is the most compact machine in EMAG's vertical turning center lineup, purpose-built for high-volume production of small chucked parts with diameters up to 100 mm. Like all EMAG vertical pick-up lathes, the VL 1 uses an inverted spindle that descends to pick up raw parts directly from a conveyor belt, machines them, and deposits finished parts back onto the outfeed conveyor — eliminating conventional loading systems and keeping floor space to an absolute minimum.

The machine's self-loading concept is fundamental to its productivity: cycle times include only chip-to-chip seconds, not operator intervention. The integrated workpiece conveyor and pick-up spindle enable fully automated operation in standalone or linked-cell configurations. Its rigid polymer concrete (Mineralit) base dampens vibration, extends tool life, and maintains thermal stability across long production runs typical of automotive and precision component manufacturing.

The VL 1 accommodates parts weighing up to 1 kg, making it ideal for valve bodies, small flanges, bearing rings, and similar components where workpiece size suits the platform's working envelope. Turret-mounted live tooling options allow light milling, drilling, and thread-cutting in the same setup, reducing downstream operations. The machine's small footprint — among the smallest in EMAG's portfolio — makes it well suited to cell-based manufacturing floors where space commands a premium.

As part of the EMAG modular system, VL 1 machines can be linked directly to VL 2, VL 4, or grinding machines using standardized conveyor interfaces. This modularity enables complete machining lines where parts move automatically from raw stock to finished state without manual handling, a hallmark of the EMAG manufacturing philosophy.

03

Full Specifications

Parameter Value
Chuck Diameter 160 mm
Maximum Turning Diameter 100 mm
Maximum Turning Length 80 mm
Maximum Workpiece Weight 1 kg
Spindle Speed (Max) 7,000 rpm
Spindle Power 11 kW
Spindle Torque (Max) 70 Nm
Number Of Turret Stations 12
Live Tooling Speed (Max) 4,500 rpm
Footprint Approx. 4.2 m² (standalone)
Machine Base Mineralit polymer concrete
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Model VL 1 TWIN
Brand EMAG
Type CNC Lathes
Convert Specs To Metricchuck Size55118power134 Hpmax Rpm6000 Rpmswing62992controlcnc German manufacturer of turning, milling and drilling machines. Automation systems, electro chemical machining, assembly and laser welding equipment.View more about EMAG Maschinenfabrik GmbH
Chuck Size55118power134 Hpmax Rpm6000 Rpm Swing6.2992"ControlCNC
Chuck Size 5.5118"
Power 13.4 hp
Max Rpm 6,000 RPM
Swing62992 ControlCNC
Swing Over Bed 6.2992"
Cnc Control CNC
Looking To Purchase A New Emag Vl 1 Twin Contact Sales Rep.
Caltec Machinery1808 W Mahalo Placedominguez Hills California 90220united States V.F.M. Machines SAVia Borromini, 18Mendrisio 6850Switzerland

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

04

Strengths & Limitations

Strengths

  • Ultra-compact footprint ideal for space-constrained production cells
  • Integrated pick-up spindle eliminates external loading automation
  • Mineralit polymer concrete base provides excellent vibration damping
  • Modular design links seamlessly with other EMAG VL-series machines
  • Suitable for fully unattended lights-out production runs

Limitations

  • Limited to small parts (max 100 mm diameter, 1 kg weight), narrowing application range
  • Higher initial investment than conventional small CNC lathes of comparable cutting capacity
  • Live tooling capability is lighter-duty compared to full mill-turn platforms
05

Best For

High-volume production of small automotive components such as valve bodies and pinion shafts Bearing ring and bushing manufacturers needing automated OD/ID turning Cell-based manufacturing lines where multiple VL machines are linked in sequence Lights-out or minimally staffed production environments demanding self-loading capability
06

Frequently Asked Questions

01 How does the EMAG VL 1 self-loading system work?

The VL 1 uses an inverted spindle that travels vertically to pick up raw parts from an integrated conveyor belt below the machine, clamps them, performs all turning operations, then lowers back down to deposit the finished part on the outfeed conveyor. No external robot or gantry loader is required.

02 What is the maximum part size the VL 1 can handle?

The VL 1 is designed for parts up to 100 mm in diameter, 80 mm in turning length, and 1 kg in weight. For larger chucked parts, EMAG offers the VL 2, VL 4, VL 6, and VL 8 models.

03 Can the VL 1 perform milling and drilling operations?

Yes. The 12-station turret supports live tooling at up to 4,500 rpm, enabling off-center drilling, radial milling, and thread cutting in the same clamping. Complex prismatic features typically require a dedicated machining center.

04 What is Mineralit and why does EMAG use it for the machine base?

Mineralit is EMAG's proprietary polymer concrete — a cast composite of mineral aggregate and epoxy resin. It absorbs vibration approximately six times more effectively than cast iron, improving surface finish and tool life while offering better thermal stability during extended production runs.

05 Can multiple VL 1 machines be linked together in a production line?

Yes. EMAG's modular conveyor interfaces allow VL 1 machines to be linked with each other or with other EMAG platforms (grinding, turning, induction hardening) to create complete machining lines. Parts move automatically between stations without operator handling.

07

Videos

Webinar @ EMAG: VL 1 TWIN - Efficient machining of bevel gears in large quantities

Webinar @ EMAG: VL 1 TWIN - Efficient machining of bevel gears in large quantities

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EMAG VL 1 TWIN - Highly Productive Simultaneous Machining

EMAG VL 1 TWIN - Highly Productive Simultaneous Machining

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EMAG VL1 Twin Machine Review

EMAG VL1 Twin Machine Review

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Webinar @ EMAG: VL 1 TWIN - Kegelräder in großen Stückzahlen effizient bearbeiten

Webinar @ EMAG: VL 1 TWIN - Kegelräder in großen Stückzahlen effizient bearbeiten

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EMO 2019: EMAG VL 1 TWIN mit Roboterzelle

EMO 2019: EMAG VL 1 TWIN mit Roboterzelle

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Community Discussions

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