Scientific-Grade Raman Microscope

Features：
● Fully automated Raman imaging, auto-focus and auto-scan.
● Ultra-large imaging (50X50mm), automatic image splicing.
● Support up to four excitation wavelengths Raman system.
● Rotating grating design, integrated high resolution and wide
● range advantage in one equipment
● Seal door design fit to different ambient light
● Long focal length & super high-resolution design.
● Ultra-field imaging function (optional).
● Super sensitivity, SNR > 6000:1.
● The maximum integration time reach up to1.3 hours.
● True focus ensures more accurate Raman images.
● Ultra-high spatial resolution.
● Exclusive software for switching optical path.
● Fast positioning and quickly find the focus position.
● Good quality objective lens, spot size up to micron.
● 5-mega cameras with clear and accurate images
● USB 2.0 connector to the computer.

Application：
● Nanoparticles and new materials.
● Research institute research.
● Biological sciences.
● Forensic expertise.
● Materials science.
● Medical immune analysis.
● Agricultural and food identification.
● Gemstones and inorganic mineral identification
● Environmental science

Description:
The DTR8800 series scientific grade Raman microscope integrates two lasers, and combines the
advantages of the microscope and the Raman spectrometer. Drawell self-developed Raman imaging microscope realizes
"seeing is testing", say visualize precision positioning the micro-area of the sample at the microscope platform, so that
the observer can collect the Raman signals from different surface of the sample, and meanwhile displaying the image
of the detected areas on the computer. The full series of DTR 8800 can be fully automatic
focus, automatic scanning, key operation, high throughput tests, uniformity scanning, etc., no need to wait and can be
obtained highly reliable scanning imaging of Raman database.
The DTR8800 is equipped with spectrometers with different focal lengths to meet the requirements of different
resolutions. The DTR8800 is also equipped with objectives especially designed for Raman systems, which brings laser
spots to the limit of diffraction, and then displays focus information accurately and intuitively on the computer
through 5-mega cameras. Raman signal collected focal plane could higher or lower than actual one have been solved, so
that it improve Raman signal as a result. The DTR8800 perfectly solves the loss of the camera
imaging time path, and realizes the separation of camera imaging from Raman signal collection, so as to obtain the
best signal intensity. At the same time, the DTR8800 uses high-performance Raman system with the scientific grade
sensitive, signal-to-noise ratio, stability, which represent a leading level in the industry, providing a strong guarantee
for the Raman spectroscopy research.