RMS1000 Multimodal Confocal Raman Microscope

The RMS1000 Multimodal Confocal Raman Microscope is a highly adaptable l Raman microscope engineered for scalability and designed to accommodate your future research advancements through upgrades and evolution.

Key Technical Features:

• Multimodal Capability: Supports Raman and advanced imaging techniques including FLIM, PLIM, SHG, and more, expanding research possibilities.
• Flexible Laser Integration: Features up to five internal computer-controlled lasers for standard Raman and photoluminescence spectroscopy, alongside external laser ports for advanced techniques (e.g., UV, pulsed, femtosecond).
• Dual Spectrograph Option: Upgradable with a secondary, long focal length spectrograph to achieve exceptional spectral resolution.
• Multiple Detector Support: Accommodates up to four detectors, including CCDs, EMCCDs, InGaAs, and PMTs, for comprehensive spectral analysis.
• Unified Software Platform: Ramacle^® software integrates control for Raman and multimodal experiments within a modern, intuitive interface.

Engineered without compromise, this premium research instrument offers superior specifications and ease of operation. Its unique modular design allows for complete optimisation across diverse Raman microscopy applications. With versatile laser, detector, and spectrograph configurations, the RMS1000 is suitable for a wide range of laboratories, with applications in bioscience, nanomaterials, pharmaceuticals, semiconductors, geology, and more.

The RMS1000 offers exceptional versatility and expandability for integrating a multitude of advanced techniques. This multimodal system enables precise imaging across various methodologies, beyond Raman microscopy, this includes, photoluminescence (PL), fluorescence lifetime imaging (FLIM), phosphorescence lifetime imaging (PLIM), multiphoton microscopy, and antibunching measurements.

The RMS1000 is a state-of-the-art Multimodal Confocal Raman Microscope recognised for its adaptability and upgradeability. Its open architecture design facilitates seamless integration of enhancements without compromising the core instrument's high-performance specifications. Built to evolve with research demands, it integrates advanced techniques to ensure precise and comprehensive imaging capabilities across diverse scientific disciplines.

Raman Mapping

2D mapping and 3D mapping allow the user to see distribution of components, as well as revealing areas under high stress or strain, and defects. If using short exposure times FastMAP^® is also available to reduce total acquisition times.

SurfMAP^®

SurfMAP^® is a tool which allows accurate mapping of uneven surfaces giving the user assurance that their measurements are in focus and data is reliable. Ramacle builds a surface image which can be viewed in 2D and in 3D topography view. The software then acquires the spectral map moving the stage in X, Y, and Z for perfect laser focus.

RaFLIM^®

RaFLIM is a standout technique on the RMS1000. Combining Raman and FLIM to create maps of the same area, with the same spatial resolution (laser dependent). Operating measurement acquisition and data analysis in Ramacle for ease of use and continuity.

Multimodal Techniques

The RMS1000’s external laser port unlocks limitless potential for advanced techniques like multiphoton imaging. Techniques such as two-photon excited fluorescence (2PEF) and second harmonic generation (SHG) are ideal for studying biological samples. Both 2PEF and SHG demand extremely high excitation intensity, provided by a mode-locked femtosecond pulsed laser.