HORIBA has 50 years of professional experience in the field of Raman spectroscopy, and the newly launched LabRAM Soleil ™ The high-resolution and ultra sensitive intelligent Raman imaging instrument has a compact structure and compact size, which will bring you an unprecedented experience.
LabRAM Soleil ™ With minimal manual intervention, one day can work for 24 hours, thanks to the high automation, high light flux, automatic recognition of objective lenses, automatic switching of optical reflectors, and SmartSampling of the instrument ™ And QScan ™ The provided ultra fast imaging, fast and fully automatic switching of 4 gratings, automatic collimation of optical path, and LabSpec 6 intelligent software functions.
Compact and high-resolution ultra sensitive intelligent Raman imaging instrument
LabRAM Soleil ™ Compact design ensures laser safety, providing multiple optical observation modes and hyperspectral imaging functions:
Focus on your work, leave the rest to the instruments!
Forget the tedious preparation steps before Raman imaging!LabRAM Soleil ™ Provide advanced automation features combined with EasyImage ™ Easy imaging workflow technology greatly reduces the time spent on parameter settings and ensures stability and reproducibility to a great extent:
Ultra fast imaging: Raman imaging has never been so fast!
The optical stability of LabRAM Soleil, combined with the patented micro image Raman matching accuracy, allows for an increase of over 100 times in high-quality Raman imaging speed:
Solve various analytical problems
From material research to polymer research, from biological analysis to drug analysis,LabRAM Soleil can be easily applied in various fields. Thanks to its advanced modularity and flexibility, LabRAM Soleil is a perfect micro Raman system for both academic research and industrial quality control.
LabSpec6 software: effortlessly navigate all the features of LabRAM Soleil!
LabSpec 6 software turns various technologies into application packages, striving for easy operation and customizable interfaces according to user needs. The modernization and intelligent design of software help you quickly obtain Raman imaging, even if you are not an expert, you can easily obtain perfect Raman imaging images.
optical design |
High efficiency total reflection type |
Using ultra wide charged dielectric mirrors |
Confocal design |
High efficiency total reflection type |
Using ultra wide charged dielectric mirrors |
Confocal holes |
Automatic mechanical hole |
3D spatial filtering |
Laser wavelength |
Optional |
325nm532nm638nm785nmetc. |
Laser path |
support6Road automatic, individually optimized control of laser deflection direction |
Using ultra wide charged dielectric mirrors |
Raster scanning speed |
400nm/s |
adoptTurboDriveTMClosed loop fast direct drive grating technology |
Number of gratings |
Unlimited |
support4Block grating fully automatic switching |
Low wavenumber Raman |
<30cm-1 |
5cm-1Optional |
Fast AlignmentNew generation automatic alignment technology |
<15sCollimation time of optical path |
built-inPSDPosition sensitive detector |
Spectral mode |
Up to6Various fully automatic spectral modes |
RamanPLULFUpconversion luminescence, etc |
Rayleigh filter |
Each filter is controlled by a computer |
Laser blocking optimization |
imaging |
Up to8Spectral imaging technology |
For details, please consultHORIBASales Engineer |
Laser safety |
Class1 |
Safe laser safety level |
size |
898mm x 797mm x 806mm |
|
weight |
120Kg |
|
power dissipation |
When operating at full load<600 W |
Environmental and safety design 1Root power cord 1Root communication cable |