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NeuraLaser Safe

Enclosed robotic laser welding cell for precise, thin-walled steel, stainless steel and aluminium parts. Low heat input, minimal distortion and high welding speed.

NW-LASER

LASER PRECISION LOW HEAT INPUT

Enclosed robotic laser welding cell for high-speed welding of thin-walled, precisely fitted parts. Low heat input, minimal distortion and minimal rework.

Precision welding with low heat input.

NeuraLaser Safe is an enclosed laser welding system that integrates the laser source, the robot, workpiece handling, fume extraction, the safety system and process control in one complete cell.

The concentrated heat input results in a small heat-affected zone, low distortion and high welding speed. The system is particularly suited to thin-walled, precisely fitted steel, stainless steel and aluminium parts.

Enclosed laser-safe design
Robotic, repeatable process
Low heat input and minimal distortion
High welding speed
Process logging and production data connectivity

Typical applications

Sheet metal parts · enclosures · stainless steel structures · aluminium parts · precision assemblies

// The part decides which system is the right one.

Send us the drawing, 3D model, photos or a short video of your current process. Our engineers will propose the robot, the cell layout, the welding technology and the intelligent modules required.

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// Optional intelligent modules

The automation and data level of Neuraweld systems is configurable for the specific production task.

NeuraVision Track

Camera-based seam detection and robot path correction based on the actual workpiece geometry.

NeuraAdaptive Weld

Configurable adaptive correction of motion and welding parameters based on the measured gap width and seam width.

NeuraTrace

Recipe management, process logging and traceability assignable to each workpiece.

Flow Integration

Automatic material handling, buffer logic, PLC, SCADA and MES integration.

// Weldable materials

The system can be configured for structural steel, stainless steel and aluminium. The appropriate process, power source, wire and gas system, and the intelligent tracking functions are always determined by the application and the results of the trial weld.