- Pure Diode RGB full-color projector with low divergence
- Fast graphical scanner with built-in safety electronics
- Extremely compact design
- All important settings are possible directly on the projector without a display
- Interlock (emergency stop) via ILDA or current, therefore no additional cable necessary
- Highend compact RGB laser module with TEC cooling controlled by a 6 channel laserdiodedriver
With its pure laser diode technology and low divergence, the SwissLas Pure Compact 31'000 RGB High Power (HP) laser projector offers a uniform color profile, a long service life and a precise projection beam.
The projector is manufactured in Switzerland. We use the best possible components for production, which are produced mainly for us. The long-term partnerships with our suppliers are equally important for the success of our projectors.
The black anodized aluminum housing is extremely compact, simple and practical. Service work can be carried out effortlessly and quickly, since the cover is fastened with only 4 screws and the side elements are immediately removed without tools if necessary. Nevertheless, this housing fully protects the installed components against contamination and the massive heat sink ensures good heat dissipation and exemplary stability.
Deep transport costs to you and then in use due to the small dimensions and the low weight are further advantages of this series.
Rubber feet provide good grip at the bottom for the installation of the laser projector. The adjustable aluminum bracket allows you to hang it up on a beam, ceiling or tripod.
At the back, there are five potentiometers, next to the ILDA connections, the key switch and the power connection.
Three of these can be used directly for the performance limitation or fine adjustment of the individual colors resp. for white balance.
With the other two potentiometers, the X and Y axes can be adjusted infinitely to the desired size and orientation (e.g. mirror-inverted).
By means of three LEDs directly next to it, a read-out of the operating status is possible at a glance.
We have deliberately refrained from an interactive display, since this cannot usually be read and operated on the traverse.
To ensure safety in the event of a galvanometer-scanner-unit failure, they are monitored by an internal protective circuit. This is two-stage and can be adjusted as necessary in such a way that standing rays are possible or blocked.
