five-axis automatic laser welder MR-AW-FL1500W

The image is for reference. Actual appearance and configuration may vary.

Source power, kW: 1.5
Controlled axes: 5
X / Y / Z travel, mm: 1000 × 1250 × 500

An automatic system for flanges and repeat parts with X/Y/Z linear axes and two rotary axes, W1 and W2.

Five controlled axes combine linear head movement with workpiece rotation and tilt. This is a separate automatic machine, not a tabletop version of the handheld MK-HW.

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Equipment video

Automatic welding cycle

MR-AW-FL1500W overview

Purpose and distinguishing features

Suitable applications

Repeat annular, circular and spatial seams on parts that can be held consistently in a rotary fixture. The path, workpiece position and wire feed are agreed from the drawing and a welding trial.

MR-AW-FL1500W five-axis automatic laser welder

MR-AW-FL1500W automates the path and workpiece position, so compare it with handheld welding through batch repeatability, setup time and seam access. Five axes do not remove the need for accurate location, joint preparation and a controlled laser area.

Technical specifications

MR-AW-FL1500W five-axis automatic laser welder
Model	Source power, kW
MR-AW-FL1500W	1.5

MR-AW-FL1500W five-axis automatic laser welder
Positioning accuracy, mm	±0.08 mm/m
Positioning repeatability, mm	±0.05 mm/m

Choosing a configuration

Selection requires drawings, material, thickness, seam geometry, allowable joint gap and planned volume. The working process is confirmed on samples.

The proposed equipment includes a 1.5 kW fiber source, linear motion module, rotary fixture, welding head, wire feeder, viewing camera and dual-circuit cooling. Final component makes and fixture design are recorded in the specification.

Technical specifications

The values below describe the proposed MR-AW-FL1500W configuration. The source document's general reference to thickness up to 5 mm is not a guaranteed working range: material, joint, gap, gas and weld position are checked separately.

Technical specifications
Parameter	Value
Laser source power	1500 W
Wavelength	1070 nm
X / Y / Z travel	1000 × 1250 × 500 mm
Positioning accuracy	±0.08 mm/m
Repeat positioning	±0.05 mm/m
W1 / W2 rotary axes	continuous rotation / 0–90°
Wire diameter	0.8 / 1.0 / 1.2 / 1.6 mm
Head scan width	0.5–6 mm
Source-listed joint gap	up to 0.5 mm; trial confirmation required
Electrical supply	220 V ±10%
Total consumption	up to 12 kW
Operating conditions	15–35 °C; humidity <70%, non-condensing
Packing dimensions / weight	1500 × 2000 × 1800 mm / 1000 kg

Automatic system configuration

The source document names different servo manufacturers in separate sections. The public page therefore states the function; the exact make is confirmed in the final specification.

X/Y/Z motion module with servo drives and screw transmissions.
Powered W1/W2 rotary-tilt fixture for workpiece positioning.
1.5 kW fiber source and oscillating welding head with protective optics.
Dual-circuit industrial chiller, automatic lubrication and wire feeder.
CCD camera for viewing the working area.

Indicative 1500 W welding trial points

These are points listed in the source table, not guaranteed penetration for every joint. The final process depends on alloy, edge preparation, gap, gas and seam requirements.

Indicative 1500 W welding trial points
Material	Shielding gas	Listed thicknesses, mm
Stainless steel	Argon	0.5 / 0.8 / 1.0 / 1.2 / 1.5 / 2.0
Carbon steel	CO₂	0.5 / 0.8 / 1.0 / 1.2 / 1.5 / 2.0
Galvanized steel	Argon	0.5 / 0.8 / 1.0 / 1.2 / 1.5
Aluminum	Nitrogen	1.0 / 1.2 / 1.5

Workpiece and work-area preparation

Automated motion does not replace fixturing: the workpiece must locate consistently and the path must avoid collisions involving the head, cables and rotary fixture.

Commissioning requires a risk assessment, controlled laser area, restricted access, suitable screens and eyewear for the source wavelength, and welding-fume extraction.

Discuss configuration

Send a drawing or photograph of the part, material, thickness, blank size and required output. This lets us compare configurations against your job, not just their power rating.

Tell us what you would like to clarify. Add drawings, photos or the required configuration reference to your request if available.

Discuss configuration

Handheld laser welder