EMAG ELC 1200 V

$400,000 - $650,000 Updated 2026-03-19

Key Specifications

Max Workpiece ⌀

300 mm (12 in)

max workpiece length

1,200 mm (47 in)

min workpiece length

50 mm (2 in)

max workpiece weight

10 kg (22 lb)

nc axes

QCC (table) + XZB (lens)

max clamping fixtures

Overview

The EMAG ELC 1200 V is a production laser welding system designed for high-speed welding of long cylindrical and tubular components up to 300 mm in diameter and 1,200 mm in length. The "V" designation indicates the vertical workpiece orientation, which provides optimal access for circumferential and longitudinal weld seams on shaft-type and tube-type components. This machine targets automotive and industrial applications where high-speed, high-quality laser welding of drivetrain components, propshafts, and tubular assemblies demands a dedicated production platform.

The ELC 1200 V features a multi-axis NC system with QCC axes for the workpiece table and XZB axes for the laser lens, providing the interpolation capability needed for complex weld paths on cylindrical surfaces. The lens B-axis enables rotation of the laser head for optimal beam angle on different weld geometries, while the X and Z axes position the focal point precisely along the workpiece. This kinematic arrangement supports circumferential welds, longitudinal welds, and interpolated complex weld paths on a single platform.

With a floor space requirement of just 4.3 square meters and cycle times starting at approximately 6 seconds, the ELC 1200 V delivers the throughput density that high-volume production demands. The machine supports loading and unloading during machining, enabling continuous production without spindle idle time. Up to 2 clamping fixtures accommodate different workpiece configurations, and the Siemens SINUMERIK 840D sl control with EMAG EDNA HMI provides the process monitoring and parameter management that quality-critical welding operations require.

Beyond conventional laser welding, the ELC 1200 V supports laser cleaning and laser hardening processes, enabling multiple thermal processes on a single machine. This multi-process capability is particularly valuable for components requiring pre-weld surface preparation or post-weld hardening within the same production cell, eliminating additional handling and standalone equipment.

Full Specifications

Parameter	Value
Max Workpiece Diameter	300 mm (12 in)
Max Workpiece Length	1,200 mm (47 in)
Min Workpiece Length	50 mm (2 in)
Max Workpiece Weight	10 kg (22 lb)
Nc Axes	QCC (table) + XZB (lens)
Max Clamping Fixtures	2
Floor Space	4.3 m² (46 sq ft)
Cycle Time	Starting at approx. 6 seconds
Processes	Laser welding, laser cleaning, laser hardening
CNC Control	Siemens SINUMERIK 840D sl
Hmi	EMAG EDNA HMI
Workpiece Orientation	Vertical
Workpiece Dia Max	mmin
Workpiece Length Max	mmin
Workpiece Length Min	mmin
Workpiece Weight Max	kglb
Max Fixtures	Qty

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

Strengths & Limitations

Strengths

1,200 mm maximum workpiece length handles long shafts, propshafts, and tubular assemblies that exceed shorter ELC platform limits
Multi-axis laser lens with B-axis rotation enables optimal beam angle for circumferential, longitudinal, and interpolated weld paths
4.3 square meter footprint delivers exceptional throughput density with cycle times starting at 6 seconds
Multi-process capability (welding, cleaning, hardening) eliminates standalone equipment for pre-weld and post-weld thermal processes
Loading and unloading during machining enables continuous production without laser idle time
EMAG EDNA HMI provides comprehensive process monitoring and parameter management for quality-critical welding

Limitations

10 kg maximum workpiece weight limits the machine to light tubular and shaft components only
Specialized laser welding platform has no cutting or turning capability — requires upstream machining stations
Laser source is configured per application, adding lead time and engineering cost for new part introductions
EMAG's laser service expertise is concentrated in Germany, with limited field support in some regions

Best For

Automotive drivetrain manufacturers welding propshafts, driveshafts, and tubular assemblies at production volumes Electric vehicle battery module manufacturers requiring precision laser welding of cylindrical cell housings and connectors Industrial tube and pipe manufacturers needing high-speed longitudinal seam welding on thin-wall tubular components Powertrain component suppliers welding gear-to-shaft assemblies and hub-to-shaft joints in automated production Manufacturers requiring combined laser welding and laser hardening on shaft-type components in a single cell

Frequently Asked Questions

01 What types of welds can the ELC 1200 V produce?

The ELC 1200 V produces circumferential welds, longitudinal seam welds, and interpolated complex weld paths on cylindrical workpieces. The multi-axis lens system with B-axis rotation positions the laser beam at optimal angles for each weld geometry.

02 What laser types does the ELC 1200 V support?

The ELC 1200 V can be configured with various solid-state laser sources including fiber lasers and disk lasers, selected based on the material, joint geometry, and weld quality requirements of each application. The laser source is specified during the machine configuration process.

03 Can the ELC 1200 V perform laser hardening?

Yes. In addition to laser welding, the ELC 1200 V supports laser cleaning for pre-weld surface preparation and laser hardening for post-weld heat treatment. This multi-process capability reduces the need for standalone equipment in the production cell.

04 What is the cycle time for the ELC 1200 V?

Cycle times start at approximately 6 seconds depending on weld length, material, and quality requirements. The machine supports loading and unloading during welding, so the effective cycle time in production is determined by the weld time rather than load/unload time.