Laser Propagation Monitor LPM200
Description
The exact characterization and specification of laser beam sources is crucial to provide and maintain a high product quality in the laser production. Systems integrators can choose the beam sources to use and integrate according to the parameters defined in the international standard. Metrolux Measurement systems are designed for a quick high precision measurement of laser beam parameters. The image processing software's remote controllability simplifies the integration into production processes.
Laser Propagation Monitor LPM200
Specifications |
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|---|---|
| Sensor Type: | CCD |
| Measurable Sources: | Pulsed |
| Wavelength Range: | 340-1100nm |
| # Pixels (Width): | 1388 |
| # Pixels (Height): | 1036 |
| Pixel Size (Width): | 6.45 um |
| Pixel Size (Height): | 6.45 um |
| Max Full Frame Rate: | -- Hz |
| ADC: | 12-bit |
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Germany
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Frequently Asked Questions
The caustic measurement is the measurement of the focusing ability and beam quality parameter M² of lasers in industrial applications.
The LPM200 Laser Propagation Monitor is used for the automated determination and monitoring of lasers and the beam parameters of laser beams with long Rayleigh lengths where standard beam profilers do not provide sufficient functionalities.
The maximum frame rate of the LPM200 Laser Propagation Monitor is 15 fps.
The automated M² measurement in strict conformity with ISO 11146 can be achieved within 30 seconds. Reliable results can generally be obtained in as little as 10 seconds.
The wavelength range of the LPM200 Laser Propagation Monitor is 340-1100 nm.