Audited Supplier
Product introduction
PF-FINDTN-200 confocal Raman spectrometer is a research instrument developed by our company, which can not only be used in the fields of physics, chemistry, biomedicine, materials science, environmental science, petrochemical, geological medicine, food, criminal investigation and jewelry, but also can be used in college teaching.
Good's teaching function
Easy to disassemble structure design, excitation light source module, spectrometer module, Raman probe module, and accessory box independent of each other,
Easy to disassemble and install, the open light path design allows students to clearly see the structure of each part of the Raman spectrometer, easy
To understand the principle of optical path and its structure, deepen the understanding of the principle of Raman spectroscopy instrument.
The instrument has strong versatility and high performance
The instrument adopts confocal microscope design, which avoids stray light in principle and greatly improves the signal-to-noise ratio of the instrument.
• Professional analysis software
The analysis software can be used for macro and micro studies, with Raman imaging, automatic deduction of fluorescence baseline, data management, and self-built libraries
And spectrogram comparison and other functions.
• Customized accessories for microscopic Raman spectrometers
Accessories such as electrochemical infrared spectroscopy test kits, electrode polishers and in-situ reaction pools are available.
CMRS-200 Confocal Micro-Raman Spectrometer Metal Spectrum Detector Raman Imaging Spectrometer
Software function
• Raman imaging (equipped with XY electronic control platform)
Unfix software can be used for macroscopic and microscopic Raman imaging research. With white light imaging and Raman imaging overlay display function.
• Automatic identification of Raman characteristic peaks, spectral smoothing, automatic deduction of fluorescence baseline
Professional software algorithms are used to automatically remove fluorescent backgrounds, eliminating the need for tedious manual baseline operation.
• Automatic spectrum recognition
The software can accurately give the specific name, chemical formula and class attributes of the substance under test in a few seconds.
• Self-built Raman database
Users can build their own Raman spectrogram database, and the software automatically processes the current spectrogram during the construction process, without manual operation.
• Dedicated Raman database
Raman database contains the vast majority of laboratory common organic solvents, common chemicals, food additives, du products and easy to make du chemicals.
CMRS-200 Confocal Micro-Raman Spectrometer Metal Spectrum Detector Raman Imaging Spectrometer
Technical parameter
Detector: High sensitivity backlit area array CCD (three-stage electric refrigeration/unrefrigerated optional)
Laser: super narrow linewidth laser (405/488/532/633/785/830/850/1064 nm optional) all the way
High power stability (RMS power stability 0.24% 4 hours)
Power continuously adjustable (0-50mW)
Confocal technology: software-controlled pinhole confocal (10-500μm software-controlled continuous adjustable)
Resolution: < 5cm-1 (optional)
Spectral range: 127-4000cm-1 (532nm)
Sensitivity: Silicon third-order peak signal-to-noise ratio ≥30:1 (need to be equipped with three-stage electric cooling CCD)
Spectral repeatability: ±0.8cm-1 (30 measurements of silicon 520.6cm-1 Raman characteristic peak)
Raman imaging: High-speed Raman imaging (with XY electronic control platform)
Electronic translation table: XY stroke ≥50*50mm
Minimum displacement ≤500nm (standard)
Repeated positioning accuracy ≤4μm (standard)
Single axis maximum speed ≥50mm/s
Maximum load ≥3Kg
Size: Machine size ≤505*264*606mm
Raman spectrometer module size ≤415*264*90mm (without microscope)
Note: This Raman spectrometer module can be sold separately (suitable for most optical microscopes on the market)
