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Complete solution for laser scanning directly on the machine tool
The LS-C-5.8 enhances productivity by using laser scanning technology developed for coordinate measuring machines and portable measuring arms to capture the complete surface data for a part directly on machine tools.
Accurate machine tool measurement typically involves capturing data for a limited number of points on a part. With a metrology-grade laser scanner integrated into the machine tool, users can quickly capture and analyse a complete, data-rich image of a part and act to address flaws while the part is still clamped. The results bring new levels of speed, precision and flexibility to machine tool inspection, while minimising the need for external measurement devices.
Equipped with a blue line laser, the LS-C-5.8 quickly and precisely captures data equally well on shiny or dark surfaces. Its compact design and large field of view make it possible to use on most kinds of parts and machine tools. Its intuitive, highly functional software is compatible with controls from Fanuc, Siemens and Heidenhain.
Accurate machine tool measurement typically involves capturing data for a limited number of points on a part. With a metrology-grade laser scanner integrated into the machine tool, users can quickly capture and analyse a complete, data-rich image of a part and act to address flaws while the part is still clamped. The results bring new levels of speed, precision and flexibility to machine tool inspection, while minimising the need for external measurement devices.
Equipped with a blue line laser, the LS-C-5.8 quickly and precisely captures data equally well on shiny or dark surfaces. Its compact design and large field of view make it possible to use on most kinds of parts and machine tools. Its intuitive, highly functional software is compatible with controls from Fanuc, Siemens and Heidenhain.
Creation of clear colour maps
The LS-C-5.8 system captures thousands of measurement points every second. It lets users visualise surface data in easy-to-use colour maps and compare results to the digital model of the part.
Measuring freeform surfaces
Measuring freeform surfaces on the machine tool typically involves creating and analysing many single measurement points. With a laser scanner, users can quickly capture complete surface data and compare it to the CAD model.
Exact alignment before reworking
Having a full picture of the surface makes it easier to identify and errors that arise during manufacturing, such as incorrect clamping, and use precise alignment to address.
Reverse engineering
Not all parts have 3D models. The LS-C-5.8 creates them by scanning a part while it is on the machine tool, allowing the resulting data to be exported as an stp-file and integrated into a CAD-program.
The LS-C-5.8 system captures thousands of measurement points every second. It lets users visualise surface data in easy-to-use colour maps and compare results to the digital model of the part.
Measuring freeform surfaces
Measuring freeform surfaces on the machine tool typically involves creating and analysing many single measurement points. With a laser scanner, users can quickly capture complete surface data and compare it to the CAD model.
Exact alignment before reworking
Having a full picture of the surface makes it easier to identify and errors that arise during manufacturing, such as incorrect clamping, and use precise alignment to address.
Reverse engineering
Not all parts have 3D models. The LS-C-5.8 creates them by scanning a part while it is on the machine tool, allowing the resulting data to be exported as an stp-file and integrated into a CAD-program.
| Parameters | Values |
| Laser Class | 2 (EN / IEC 60825-1:2014) |
| Laser | Emitted wavelength: Visible blue - 450 nm Maximum average radiant power: 1 mW Beam spread:24 deg CW radiation |
| Standoff and depth (Z) | 140 ±40 mm |
| Lines per second | 40 Hz |
| Data rate | 36,000 pts/sec |
| Ambient light immunity of the sensor | 5,000 lx (diffused, indirect artificial light) |
| Operating temperature | 5 to 45 °C (41 to 113°F) |
| Declared accuracy temperature range | 15 to 40 °C (59 to 104°F) |
| Ambient humidity | 90% non-condensing |
| Warm-up time for declared accuracy | 30 minutes |
| Dimensions | 116 mm × 62 mm x 128.5 mm (108.5 mm) (4.57" x 2.44" x 5.06" (4.27")) |
| Weight | 750 g |
| Power supply | DC 18 to 28 V, 170 to 200 mA, protected against the polarity reversal |
| Protection against dust and water | IP64 (IEC 60529) |
| Storage temperature | -25 to +70 °C (-13 to +158°F) |
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