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XperRAM C Series - Compact Micro-Raman System by Nanobase Inc.
The XperRAM C Series from Nanobase Inc. stands out as one of the most compact and budget-friendly micro Raman systems available. Despite its size, the XperRAM C Series delivers high-end performance. Equipped with the same laser scanning module as the XperRF or XperRAM S Series, the XperRAM C Series offers the widest scanning experience on the market with a scanning area of 200 µm x 200 µm when using a 40X objective. The system achieves over 90% efficiency when using a 532 nm laser, thanks to the customized detector and spectrometer. Over 90% peak efficiency.
Rapp OptoElectronic GmbH
Rapp OptoElectronic GmbH | XperRAM C Series from Nanobase Inc. - Micro-Raman with High Level Performance
Rapp OptoElectronic GmbHKronskamp 110
22880 Wedel
Germany/Deutschland
Phone/Tel: +49 4103 701890
Fax: +49 4103 7018921
Mail:
WEB: www.rapp-opto.com
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ManufacturerRapp OptoElectronic GmbH
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Description
The XperRAM C spectrometer features a volume phase holographic (VPH) grating that is interchangeable and rotatable to enable various and more sophisticated experiments. Unlike most Raman manufacturers, Nanobase has integrated a transmission grating into the Raman spectrometer to boost the efficiency to over 90%.
The integrated XPE35 spectrometer is designed for high efficiency in conjunction with an OEM detector from Atik Cameras. The XperRAM C Series is optimized for laser excitation at 532 nm. Other options are laser lines at 405 nm and 633 nm.
The system is designed with a high-speed laser scanner. The use of a single galvo mirror maximizes efficiency in a large scan area of 200 µm x 200 µm (using a 40x objective), allowing you to see a larger image of your Raman data. This setup results in a high positioning accuracy of 20 nm. There is no need for sample movement, so large and heavy samples can be mapped.
The XperRAM C Series is an easy-to-maintain and cost-effective confocal Raman instrument featuring a variable slit and CCD binning for pinhole-like spectral resolution. This results in excellent performance. A galvo mirror system and a 6MP camera in the scanning module enable large area scanning and bright field imaging.
Applications:
- Raman spectrum acquisition
- Raman map image acquisition
- Photoluminescence (PL) data acquisition
- Electroluminescence (EL) data acquisition
- Bright field microscopic imaging
Specifications:
- Upright microscope or inverted microscope
- Comes with one Raman laser, optional: 405 nm, 532 nm (recommended), 633 nm
- Fast 2D laser scanning module: Raster Scan (if scanning is not required, replaced by point measurement module)
- High positioning accuracy of 20 nm
- Over 90% peak efficiency
- Scanning area: 200 µm x 200 µm (when using a 40x objective lens)
- Objectives:
- Default: 40x, NA 0.75, WD 0.63, Transmission >60% (360nm -1000nm)
- Optional: 10X, 20X, 50X, 100X, Long WD 20X, Long WD 40X (recommended for photocurrent)
- Spectrometer XPE 35:
- Input aperture ratio: f/5
- Focal length: 35 mm
- Grating options: 600 lpmm, 1200 lpmm, 1800 lpmm, 2400 lpmm
- Detector:
- Active pixels: 1931 x 1451
- Pixel size: 4.54 µm x 4.54 µm
- NanoSpectrum software suite:
- Spectrum data export format: .txt, .csv
- Mapping data export format: .spm, .csv
- NanoControl mobile application for remote mapping monitoring
- Optional: Raman library and data identification software
Phone: +49 4103 701890
Mail:
