The Bruker-NanoPhoton Raman Microscopy RAMANwalk revolutionizes Raman imaging with its cutting-edge confocal Raman microscope. This advanced system combines innovative random scanning technology with high spectral quality, making it ideal for various applications in material science, life sciences, and nanotechnology research.
Features of Bruker-NanoPhoton Raman Microscopy RAMANwalk
Random Scanning Technology
- The RAMANwalk employs random scanning technology, significantly reducing measurement time. By using the theory of stochastic processes and information theory, the system scans samples without preliminary information, obtaining images 5 to 10 times faster than conventional scanning Raman microscopes.
High-Speed Screening
- The RAMANwalk’s scanning method does not require preliminary information, allowing it to screen samples even when detecting foreign substances is difficult. Once it detects a distinctive Raman scattering pattern, the system automatically conducts a search, enabling rapid data acquisition.
Compact and Beautiful Housing
- The RAMANwalk features a compact design with a beautiful housing. The system uses only an optical point-scanning system, making it lightweight and easy to integrate into various laboratory environments. The compact design also ensures user-friendly high-speed screening.
High Spectral and Spatial Resolution
- The RAMANwalk offers high spectral and spatial resolution, providing detailed and accurate Raman images. This feature makes it suitable for applications that require precise and high-quality imaging.
Automated Hardware
- The system includes completely automated hardware, ensuring ease of use and high efficiency. Features such as auto-calibration and auto-alignment enhance the overall performance and reliability of the RAMANwalk.
Versatile Control Options
- The RAMANwalk can be controlled via PC or PLC, providing flexibility and convenience for users. The system also includes data logging capabilities, allowing users to record and analyze Raman data for improved process control.
The Bruker-NanoPhoton Raman Microscopy RAMANwalk stands out as a powerful and efficient tool for Raman imaging. Its innovative random scanning technology, high-speed screening capabilities, compact design, and high spectral and spatial resolution make it a top choice for researchers and scientists in various fields. By utilizing the RAMANwalk, users achieve precise and high-quality Raman images, enhancing their research and analysis capabilities.
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Point Scanning, Requiring Significantly Reduced Measurement Time!
The Raman microscope’s weakest point used to be the extraordinarily long measurement time. We proudly announce that we have resolved this issue by using the theory of stochastic processes and information theory. Without any preliminary information on samples, the RAMANwalk scans by emitting laser beams along the most appropriate paths, obtaining images at a speed 5 to 10 times faster than a conventional scanning Raman microscope
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High-speed Screening without Preprocessing
The RAMANwalk scans samples without needing preliminary information. This product screens samples even when detecting foreign substances with a microscope is difficult. Once it detects a distinctive Raman scattering pattern, the beams automatically search as if alive, quickly obtaining the required data. The RAMANwalk effectively checks samples that do not need thorough examination but are considered no good if they contain any foreign substances
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Fully-equipped Compact and Beautiful Housing
The RAMANwalk uses only an optical point-scanning system, enabling the system to be compact. The compact system is mounted in a beautiful housing.
An optical system necessary for the Raman microscope and an electric adjustment mechanism are built into this product. The time required for analysis has been reduced as much as possible, enabling user-friendly high-speed screening.
