Suitable applications
Beams, columns, frames and profile parts requiring holes and edge preparation. Processing several faces in one route reduces separate marking and repositioning, but head access depends on section, fixturing and cutout geometry.
five-axis laser for steel profiles MK-HX
The image is for reference. Actual appearance and configuration may vary.
- Source power, kW
- 6–20
- Profile length L, mm
- ≤12000
- Bevel range, °
- 0–45
Cut-to-length, holes, cutouts and bevels on I-beams, channels and angles. Five controlled axes allow machining on different profile faces.
A gantry with a swivelling cutting head travels over a long support zone. X/Y/Z determine position; A/C determine tool orientation. Software supports Tekla NC, STEP and IGS data. Import and machining transitions are checked with your files before commissioning.
Purpose and distinguishing features
MK-HX five-axis laser for steel profiles
MK-HX processes structural-section flanges and webs using X/Y/Z/A/C control. Steel fabrication requires transfer of 3D project geometry into cutouts, holes and bevels. Check section orientation, locating and head access between the profile's elements separately.
Technical specifications
| Model | Source power, kW | Profile width H, mm | Profile height B, mm | Profile length L, mm |
|---|---|---|---|---|
| MK-HX | 6–20 | ≤1000 | ≤500 | ≤12000 |
| Interpolated axes | X / Y / Z / A / C |
|---|---|
| Upper vertical carbon-steel/O₂ cutting limit, mm | 30 |
| Bevel range, ° | 0–45 |
| X-axis travel, mm | ≤13000 |
| Y-axis travel, mm | ≤2000 |
| Z-axis travel, mm | 900 |
| X positioning: up to 10 m / full length, mm | 0.1 / 0.2 |
| Y positioning, mm | 0.05 |
| X repeatability: up to 10 m / full length, mm | 0.05 / 0.1 |
| Y repeatability, mm | 0.03 |
| X or Y positioning speed, m/min | 60 |
| Combined X/Y positioning speed, m/min | 80 |
| Maximum acceleration, g | 1 |
| A-axis rotation, ° | ±90 |
| C-axis rotation, ° | ±90 |
| C/A-axis positioning accuracy, ° | 0.03 |
| C/A-axis repeatability, ° | 0.01 |
Choosing a configuration
The tabulated profile envelope is up to 1000 mm wide, 500 mm high and 12000 mm long; it is distinct from axis travel. The 30 mm figure is a conditional upper limit for vertical carbon-steel cutting with oxygen, not a result at every 6–20 kW configuration. A 0–45° bevel is assessed separately.
Support length, loading, source, gases, extraction and software formats are agreed for your part range. X-axis figures distinguish a span up to 10 m from full length; they are not finished-part tolerances. Extended systems require a separate specification.
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 configurationAlso in the catalogue
GKS-12015S
Structural profile laser
Spatial processing of profiles and plate in one installation. Contours, holes and bevels prepared for subsequent structural assembly.
- Source power, kW
- 12 / 20 / 30
- Y-axis travel, mm
- 28000
- Z-axis travel, mm
- 1050
LF1800
Laser cutting robot
Spatial laser processing of formed parts. A robot follows contours that are difficult to access with a conventional flat-bed machine.
- Source power, kW
- 1–4
- Robot arm radius, mm
- 1800
- Positioning repeatability, mm
- ±0.05
GKS-M3015G, GKS-M3122G, GKS-M4025G
Five-axis laser for 3D parts
Spatial contour cutting with two rotary head axes. For formed parts requiring access from several directions.
- Z-axis travel, mm
- ≥650 / ≥750
- A-axis rotation, °
- ±135
- Positioning repeatability, mm
- ±0.03