LabRAM Soleil
Confocal Raman Microscope with advanced automation and imaging features.
High-performance microscope offers precise molecular and structural characterization, with ultrafast imaging. Its compact design and laser-safe operation make it suitable for diverse laboratory settings.
From material science to pharmaceuticals and nanotechnology, LabRAM Soleil™ facilitates comprehensive sample characterization and analysis with efficiency and precision, making it an indispensable tool for researchers and industrial users alike.
Move from microscopy to the nanoscopy world with an easy AFM upgrade.
Why Choose LabRAM Soleil
- ViewSharp 3D Topography
- High spatial and spectral resolutions
- High quality scanning technology for 3D confocal imaging with Laser light-sheet illumination - mapping without moving
- True self-operating system
- nanoGPS™ navYX function to achieve a full collaborative characterization with various other microscopy modalities like SEM, FTIR, and others.
Key Advantages of LabRAM Soleil
Motorized Grating Selection
Built‑in motorized turret enables rapid switching among four grating options.
AFM & TERS Compatibility
Seamless integration with AFM and tip‑enhanced Raman spectroscopy modules.
Laser light‑sheet
Delivers high‑quality 3D confocal mapping without moving parts.
Parameter check
Automatically verifies objective and acquisition settings to prevent user errors.
Applications of LabRAM Soleil
Semiconductor & Nanomaterials
Raman mapping of nanostructured materials to assess composition, crystallinity, and strain distributions.
Geology
Mineral phase identification and inclusion analysis for detailed petrological studies.
Glass
Structural and compositional characterization of glass materials for quality control and failure analysis.
Polymers
Chemical fingerprinting and additive detection in polymer formulations for industrial and R&D applications.
Adhesives
Molecular profiling of adhesive layers to verify composition and curing efficacy.
Diamond
CVD diamond thin‑film quality assessment and stress analysis via non‑destructive Raman spectroscopy.
Semiconductor & Nanomaterials
Raman mapping of nanostructured materials to assess composition, crystallinity, and strain distributions.
Technical Specifications of LabRAM Soleil
| Wavelength range | UV-VIS-NIR | Broadband high throughput achromatic mirror-based system, optimized from 300 nm to 1600 nm without changing optics. |
| Standard Laser Wavelengths | 325, 405, 473, 532, 638, 785 nm | Typical lasers for Raman and PL. Other wavelengths upon request. |
| Spectrometer scanning speed | Up to 400 nm/s | With 600g/mm grating, mounted on standard Turbodrive 4-grating turret, for fast Raman, PL spectral map acquisitions. |
| Number of gratings | unlimited | 4 grating exchangeable motorized turret. |
| Fast Imaging | <1ms/spectrum | SWIFT, SWIFT XS EMCCD, SWIFT repetitive, SWIFT extended Range and SmartSampling for ultrafast imaging. |
| 3D confocal slicing with laser lightsheet illumination | QScan (patent) | Typical 2 μm thick 100 x 100 μm2 laser lightsheets for large area 2D/3D confocal imaging. |
| Standard wavenumber cut-off | 30 cm-1 | With edge filters for 532, 638 and 785 nm wavelengths, injection rejection, >99% transmission. |
| Laser auto-alignment procedure | 15 s | Optional ultrafast sample-independant laser auto-alignment allowing remote maintenance. |
| Lasers | Up to 4 built-in solid-state lasers + 1 external laser | NUV to NIR wavelengths available. |
| Spectroscopic motorized modalities | Up to 6 laser filters | Raman, PL, Super Low Frequency… |
| Rayleigh Filter orientation | Individual filter computer controlled | Factory preset & user adjustable angle to adapt with sample reflectivity. |
| AFM / SEM coupling | Yes | Built-in horizontal exit for direct Atomic Force microscope coupling, optional fiber entrance for SEM coupling with RCLUE. |
| Operating temperature range | 18-28 °C | Non condensing |
| Dimensions (W x D x H in mm) Weight (kg) | < 900 x 800 x 810 120 kg | ~1 cubic meter, including lasers, CDRH enclosure, electronics and cooling to save space in your laboratory |
| Power consumption | < 600 W for a fully loaded configuration | Eco-friendly and safe design, with built-in class 1 enclosure, low power consumption electronics and cooling, 1 power cable EU / US type |
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