Portable Raman Spectrometer Inspector 500
InspectorSeries Raman is a powerful portable Raman spectrometer. This dispersion spectrum is lightweight and portable, and can be used for quick identification in the field, or for addedNuscopeTMDigital Microscopes andXYZA 3D carrier platform is built in the laboratory for simple micro-raman. The instrument adopts the free space optical path design, which avoids the signal loss of optical fiber conduction, maintains high pass-through and high sensitivity.InspectorSeries integration of the latestARM Corerex 32Bit micro-control system, main frequency168MHz, with faster response times, large database stakes less than3s.Integrated, metal housing design, makingInspectorRaman is more rugged.
Inspector 500Has a unique1030nmLong wavelength design, more suitable for detection objects with fluorescence background, has a good de-fluorescence effect.
Ø Non-destructive, fast detection methods---- does not destroy the sample, easy to operate
Ø Easy sampling--- requires no pretreatment, can be directly detected through glass, plastic bags, transparent, translucent containers, no impact on water samples
Ø Ultra-selective--- Raman spectroscopy based on molecular key vibration scattering is a molecular fingerprint map
Ø High sensitivity--- resonance/SERSand other technologies greatly reduce Raman's limit on the detection of analytical samples
Ø Small and portable--- SciAps has been working on the direction of research and proposing thoughtful solutions
On-site testing of illegal drugs and explosives --- criminal investigation
Analysis and identification of pharmaceutical, pharmaceutical --- drugs, field and rapid analysis of raw materials and processes
Archaeological science --- identification of ancient works of art---;
Biomolecular identification, such as protein, DNA and other marking and detection;
Materials research, especially carbon nanotube materials;
Raman spectroscopy is a scattering spectrum, which is a phenomenon in the electromagnetic spectrum and a laser measurement technique. When the laser is irradiated on the sample (solid, liquid, gas), the photons collide with the molecule sending, due to the rotation altogether vibration of the molecule, the frequency of Raman scattered light is offset from the incident light frequency, this offset is called the Raman displacement, The Raman displacement is the characteristic embodiment of the molecule, the Raman spectral map made by the Raman displacement reflects the molecular fingerprint information. The qualitative identification of substance molecules is realized by analyzing the Raman spectrogram.