FM100 – Focus Monitor 100
Description
Thanks to its versatility the FM100 is already in use for regular quality control of the laser beam in the display and semiconductor industries as well as in the processing of materials in the automotive industry. In addition to the integrated high power attenuator the FM100 has two filter slots for flexible attenuation of laser power. The configuration can be optimized for all laser wavelengths to guarantee the best possible measurement results.
FM100 – Focus Monitor 100
Specifications |
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Sensor Type: | CCD |
Measurable Sources: | CW |
Wavelength Range: | 248-1100nm |
# Pixels (Width): | 1388 |
# Pixels (Height): | 1036 |
Pixel Size (Width): | 6.45 um |
Pixel Size (Height): | 6.45 um |
Max Full Frame Rate: | 1000 Hz |
ADC: | 12-bit |
Beam Entrance Apperture : | diameter 1.5 mm |
Digital Interface: | GigE Vision V. 1.0 |
Synchronization: | external trigger (5 V TTL) or free running |
Dimensions (L X H X W): | 163 mm x 127* mm x 70 mm |
Weight: | 1,5 kg |
Power Supply*: | PoE or 12 to 24 VDC |
Conformity: | CE, RoHS, REACH |
Features
Laser power
up to 100 W
Magnifications
5 x to 20 x
Beam size*
10 μm to 1500 μm
Applications
Focus measurement, Line focus measurement
For pricing, technical or any other questions please contact the supplier
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Ships from:
Germany
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Sold by:
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On FindLight:
External Vendor
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Frequently Asked Questions
The FM100 has magnifications ranging from 5x to 20x and beam sizes ranging from 10 μm to 1500 μm.
The FM100 is used for regular quality control of the laser beam in the display and semiconductor industries as well as in the processing of materials in the automotive industry.
The FM100 can handle laser power up to 100 W.
The standard FM100 is designed for all common YAG or excimer laser wavelengths, but there are also FM100 models for UV and even LWIR applications. The FM100LWIR-9600, for instance, covers the wavelength range from 9300 to 9600 nm for the measurement of CO2 laser foci.
The comprehensive beam profiling software Beamlux allows for high-precision real-time analysis of all beam parameters according to the user’s needs. It can be integrated into automated processes via customer specific front-ends or the remote control interface in the software.