This is an OEM model and intended for integration into application setups only, and not for laboratory use. Relevant norms including ISO IEC 60825 to be applied by integrator.
This extremely compact and low-weight M-NANO laser is intended for OEM applications and can be built to provide energies in the range of 80-120 mJ at repetition rates in the range of 10-25 Hz. Pls inquire about custom specifications for your requirements. The electronics/driver and the laser head module are integrated in an All-In-One configuration. Just provide 24VDC to the unit, some commands over USB or RS232 and out comes the laser pulses. For easy setup, a laptop-like external power supply is provided with the shipment for easy setup and installation. External trigger signals can also be provided very easily (unless internal triggering is used).
This particularly small laser is suited for space-constrained and handheld or portable applications as the total weight is <2 kg.
Benefits: In contrast to existing flash-lamp-pumped Nd:YAG technologies, this laser is laser-diode-pumped and the conductively cooled laser diode pump is included in the laser head. Not only the compactness but also lower electrical power consumption, lower weight, maintenance-free operation and improved beam quality, divergence and focussability are achieved and result in improved application results.
Applications: The compactness and low weight enable applications that were not possible with existing flash-lamp pumped technologies, including handheld or portable applications and other applications with critical space and/or weight constraints. Applications of these compact laser sources include – besides scientific applications – laser analytics, LIBS (Laser-induced break-down spectroscopy), optical component damage testing, PIV (Particle image velocimetry), LIDAR (Light detection and ranging), Photoacoustic Medical Imaging, Defense, optical amplification, etc.
Average output power up to | >2.4 W @20Hz |
Pulse energy, max. | up to >120 mJ @20Hz |
Pulse duration (FWHM) | <8 ns |
Wavelength (center) | 1064 nm |
Pulse repetition rate | 20 Hz |
Beam quality M², typical | ~ 2 ... 3 |
Size (laser head incl. controller/driver)* | 140 x 132 x 64 mm3 |
Cooling requirement | provide heat sink @ 0...40°C |
Power supply | provide 24-28 VDC |
Cookie settings:
Cookies are used on our website. Some of them are strictly necessary, while others enable us to improve your user experience on our website.
Protects against cross-site request forgery attacks.
Saves the current PHP session.
This cookie stores your preferences and other information, including your preferred language, the number of search results you wish to display on the page and whether you wish to enable Google's SafeSearch filter.
What data is collected?
IP address; Device information; Referrer URL; Viewed videos; IP address; Device information; Viewed videos
Purpose of the data collection
Display videos; Improvement of the service; Payment; Cloud computing; Session management; Providing a market for labelled data
PREF = This cookie stores your preferences and other information, in particular the preferred language, the number of search results to be displayed on your page and whether or not you wish to have Google's SafeSearch filter activated.
VISITOR_INFO1_LIVE = This cookie is set by Youtube to track user preferences for Youtube videos embedded in websites. It can also determine whether the website visitor is using the new or old version of the YouTube interface.
use_hitbox = This cookie increases the "views" counter of the YouTube video.
YSC = Registers a unique ID to keep statistics on which YouTube videos the user has watched.
This group contains all scripts for analytical tracking and associated cookies.
In order to view content from Google Maps on this site, cookies must be set. You can find more information on this in the privacy policy of Google Ireland Limited.
This group contains all scripts for analytical tracking and associated cookies.
_ga = Contains a randomly generated user ID. Google Analytics can use this ID to recognise returning users on this website and merge the data from previous visits.
_ga_ABCDEF = Contains a randomly generated user ID. Google Analytics can use this ID to recognise returning users on this website and merge the data from previous visits.
IDE = Contains a randomly generated user ID. Google can use this ID to recognise the user across different websites and display personalised advertising.
test_cookie = Is set as a test to check whether the browser allows cookies to be set. Contains no identification features.
IDE = Contains a randomly generated user ID. Google can use this ID to recognise the user across different websites and display personalised advertising.