LabRAM Odyssey

Confocal Raman & High-Resolution Spectrometer

The LabRAM Odyssey is a fully automated confocal Raman microscope engineered for ultra-high spectral and spatial resolution across 2D and 3D imaging. With an expansive wavelength capability from deep UV to NIR, advanced confocal optics, and effortless automation, it caters to sophisticated applications such as biomolecular research, materials characterization, and semiconductors.

LabRAM Odyssey

Confocal Raman & High-Resolution Spectrometer

Why Choose LabRAM Odyssey

Superior Resolution – Achieves diffraction-limited imaging and exceptional spectral clarity.
Broad Wavelength Range – Spans from deep UV to NIR without needing optical changes.
High Automation – Features VRM calibration, auto laser switching, and automated objective turret for seamless use.
Fast Imaging – Includes SWIFT™ and DuoScan™ technologies for rapid confocal Raman mapping.

Key Advantages of LabRAM Odyssey

Diffraction-Limited Confocal Resolution

High Spectral & Spatial Precision

Provides unmatched detail for analyzing crystallinity, strain, and molecular structure.

Seamless UV to NIR Capability

200–2200 nm Range

Allows diverse Raman, resonance Raman, and photoluminescence measurements without reconfiguring optics.

True Plug-and-Play Automation

VRM + Auto Laser & Objective

Ensures effortless calibration, alignment, and operation across large-scale and detailed studies.

Ultra-Fast Raman Mapping

SWIFT™ & DuoScan™

Delivers rapid, high-throughput Raman imaging—from macro surveys to fine microscale mapping.

Applications of LabRAM Odyssey

Wafer Inspection

Whole-wafer Raman mapping for defect, stress, and uniformity analysis.

Crystallinity & Phase Analysis

Determining polymorphism and crystal quality in materials.

Thin-Film Characterization

Measuring composition, thickness, and uniformity in deposited layers.

Technical Specifications of LabRAM Odyssey

General Specifications
Wavelength range	Deep UV to VIS-NIR	Standard 200 nm - 2200 nm (achromatic, no change of optics required)
Imaging spectrometer	Czerny-Turner configuration	Focal length: 800 mm
Lasers	Up to 6 motorized	User selectable: 266 nm, 325 nm, 355 nm, 405 nm, 458 nm, 473 nm, 532 nm, 633 nm, 660 nm, 785 nm, 1064 nm Other wavelengths possible on request.
Laser filters	Unlimited	Various range of filters (Dielectric, Notch, ULF…) to cover all the applications.
Number of gratings	Unlimited
Spectral resolution FWHM	@ 244 nm excitation wavelength ≤ 1.5 cm^-1 with 3600 gr/mm @ 532 nm excitation wavelength ≤ 0.6 cm^-1 with 1800 gr/mm and ≤ 0.3 cm^-1 with 3000 gr/mm @ 633 nm excitation wavelength ≤ 0.4 cm^-1 with 1800 gr/mm and ≤ 0.2 cm^-1 with 2400 gr/mm @ 785 nm excitation wavelength ≤ 0.2 cm^-1 with 1800 gr/mm
Ultra Low Frequency (ULF)	< 10 cm^-1 measured on sulfur	Based on Volume Bragg Filters (VBG). Available for 473, 532, 633 and 785 nm laser excitations.
Automated internal calibration functions	Built-in automatic AutoCAL & ICS methods, VRM & VRM OA as standard	Automated calibration of spectral intensity and range calibration. VRM ensures high spatial accuracy for Raman and microscopy mapping, VRM OA allows change of magnification without loss of spatial accuracy.
Fast Raman imaging	Patented SWIFT™ functions	Compatible with all objectives and all lasers. 3 available in standard: SWIFT™ imaging, repetitive imaging and XR high spectral resolution. SWIFT™ XS high speed imaging requires an optional EMCCD detector to be used.
AFM / SEM coupling	Yes	Compatible with NanoRaman module and with patented nanoGPS™ navYX for correlative microscopy measurements.
Dimensions W x H x D (mm)	1300 x 1194 x 473	The depth depends on the XY stage and the laser bench (optional). This value is for the 100 x 100 mm stage and with the laser bench-Class IIIb system - without optional CDRH.
Weight	~100 kg	Depends on configuration.
Safety	Class IIIb	Optional CDRH Laser safety class 1.