CRAIC Raman Spectrometer

Universal CRAIC Raman Spectrometer Designed for Analytical Laboratory
CRAIC Apollo ™ The Raman spectrometer is designed for simple and rapid micro Raman spectroscopy, so you can fully focus on the measurement and results of the sample without worrying about instrument settings. That is why it is the best choice for routine research, quality control, and fault analysis. CRAIC Apollo ™ The optical components, software, and hardware used in Raman spectrometers are optimized for Raman spectroscopy microscopy samples. It is most suitable for rapid and non-destructive analysis, which appears in fields such as life sciences, materials science, chemistry, and physics.
CRAIC Apollo ™ The Raman spectrometer is designed as a module, with each module equipped with a laser excitation device, optical interface, Raman spectrometer, and software. Modules with different laser wavelengths can be combined together to achieve optimal experimental flexibility.
CRAIC Apollo ™ The fully cured design of the Raman spectrometer allows it to quickly measure the Raman scattering of microscopic samples, which is very easy and does not damage the sample. This Raman system is easy to operate, durable, and economically practical.
main features
Can be attached to various types of optical microscopes.
It can be used alone or on a CRAIC UV Vis NIR spectrophotometer.
The module system includes a laser, Raman spectrometer, imaging system, and microscope interface with optical components.
Stacked modules mean that any three lasers can be used simultaneously.
The laser wavelengths provided include 532 nanometers, 638 nanometers, 785 nanometers, 830 nanometers, and more.
Integrated with TE cooled CCD series detectors, it has low noise and good stability.
The fully cured design makes the Raman spectrometer extremely durable.
Full curing laser is durable and long-lasting.
Simple operation and maintenance.
Produced by experts in visible light spectroscopy
More functions
After integration with other CRAIC instruments, it has more functions
Thin film thickness measurement
Using rIQ ™ Measure the refractive index of the package
Microscopic sample colorimetry
Traceable spectroscopy standards designed for microspectrometers
Manual or fully automatic operation
Accurate sample temperature control
Specialized software includes data analysis, spectral databases, image analysis software, and more.
Spectral surface imaging
Spectral surface imaging ™
The spectral imaging system is composed of automatic spectral analysis software and hardware, as well as 3D imaging technology with microscopic spatial resolution. A 3D image of the Raman spectrum of the sample may be generated.
application
Life Sciences
Flat panel display
Semiconductor Metrology
Development of Biotechnology
Impurity processing and detection
Biological research
MEMS devices
WMD detection
Source of excitement
Wavelength 40547348853263860785830
Bandwidth<0.02nm
Output power 50-100mw
a spectrometer
Spectral range of 120 to 3000 cm-1
Spectral resolution 6 cm-1
Sampling area 14 um
detector
Type TE cool CCD
Integral time 8 ms to 10 minutes
A/D resolution of 16 bits
Dynamic range 25000
Electrical appliances
Interface USB2.0
Output power 110-220VAC