Beam Analyzer Measurement Device
The Beam Analyzer is an award-winning device that allows you to measure the beam specifications of laser light show projectors up to 100W with incredible accuracy. The Beam Analyzer is essentially a “lie detector” that helps you determine if your laser’s beam specifications are correct or not.
The Beam Analyzer allows you to measure in real time:
- Beam Divergence
- Beam Alignment (X*Y mrad)
- Power Output
- Lens collimating of laser sources
To operate the Beam Analyzer, you will need to use the software that is included for free. The software enables you to preform all the measurements and see the data from the Beam Analyzer. You can download that here
Product Overview
This device analyzes a laser beam to enable to measure the main specifications that qualify the quality of the beam. The angular measurement method used by the beam analyzer gives the advantage to not depend on the input beam diameter or on the distance between the measuring device and the laser source. The resolution on the measure is 0.01mrad. You can also add any other wavelength for power and alignment (just requires you calibrate this beforehand).
The Beam Analyzer is well suited for the measurement of the following applications:
- Divergence of the laser beam for each color and for all colors simultaneously.
- Laser power measurement
- Lens collimating of laser sources : minimal divergence
- Alignment of RGB laser beams
Optical specifications
| Symbol | Min | Typ | Max | Unit |
|---|---|---|---|---|
| Optical power [Popt] | 0.1 | - | 100 | W |
| Power measurement accuracy | - | 1 | - | % |
| Resolution on divergence [RΦ] | - | 0.01 | - | mrad |
| Divergence measured (FWHM) [Φ] | 0.1 | - | 10 | mrad |
| Input beam diameter [D] | - | - | 22 | mm |
| Wavelength detected [λ] | 400 | - | 1000 | nm |
Mechanical specifications
| Parameter | Symbol | Value | Unit |
|---|---|---|---|
| Length x Width x Height (without the support / handle) | L x W x H | 100 x 75 x 57 | mm |
| Weight | msys | 500 | g |
Electrical specifications
| Parameter | Symbol | Value | Unit |
|---|---|---|---|
| Typical consumption (USB 3.0) | PUSB | 2 | W |
(*) The sensor of the LBA-C must remain below 75°C while operating. It may be need to dissipate heat from the case with a fan when using the device with high power beams for a long period.
(**) A correct alignment should be done before setting the laser projector to maximum power. The user must follow the alignment procedure described in the User Manual to prevent damage to the system.