New Upgraded Heavy Release | ATR8800 Confocal Microscopic Raman Spectroscopy Imaging System (2026 Model)

New Upgraded Heavy Release | ATR8800 Confocal Microscopic Raman Spectroscopy Imaging System (2026 Model)

Since its release, the AOPU Tiancheng ATR8800 confocal micro Raman spectrometer has been widely used and highly recognized in fields such as materials science, biomedicine, chemical analysis, and new energy due to its spectral resolution, stable system performance, and excellent signal-to-noise ratio. In terms of structural characterization, stress analysis, and multidimensional imaging, it has demonstrated technical strength and has won a series of industry awards such as ANTOP subdivision leader, domestic good instrument, and the Gold Award for independent innovation. Recently, it has also won the first prize of the Science and Technology Progress Award of the Chinese Optical Engineering Society, continuously leading domestic Raman equipment to reach the international high-quality level.

New improvement and heavyweight release!

Significant increase in sensitivity

Obtaining Raman spectroscopy information within seconds greatly improves work efficiency

Directly detecting trace samples while reducing reagent and time costs, achieving non-destructive, rapid, and trace analysis

Obtaining sufficient signal at low laser power to avoid sample damage and protect the original state of the sample, especially suitable for thermosensitive and easily degradable samples

The third-order peak of Si: At an integration time of 300s, the signal strength reaches up to 7800, and the signal-to-noise ratio is approximately 43:1

Significant improvement in spatial resolution

Horizontal resolution 0.35 μ m

Vertical resolution 0.86 μ m

Supporting finer micro area scanning, precise defect localization, enhanced nanoscale imaging capabilities, and Raman AFM combined for synchronous characterization of morphology composition

▲ Horizontal spatial resolution 0.353799

▲ Vertical spatial resolution 0.855534

Support EMCCD (breaking through weak signal bottleneck)

Maximum signal enhancement ≥ 1000 times

MS level single point testing

Enhance research capabilities in weak signals, live organisms, biological processes, and dynamics

Suitable for scenarios with severe signal attenuation such as high-temperature/high-pressure in-situ experiments, deep ultraviolet or near-infrared Raman spectroscopy, etc

Comprehensive upgrade of core hardware

Automatic Splicing of Multispectral Images

(Wide range and high resolution achieved simultaneously)

High line count grating to obtain high-resolution spectra

Multi angle rotation spectrum reading to obtain high-resolution spectra in different wavelength ranges

Automatic splicing of spectral lines to obtain high-resolution spectra with a wide wavenumber range

Large size samples can also be easily scanned

Automatic scanning of business card size samples

High precision image registration

AI mosaic processing

Support fine scanning of boxed areas

High resolution optical imaging+custom selection area+automatic image stitching

Fast autofocus and real-time focus tracking technology

Active optoelectronic coaxial focusing+machine vision fusion

Auto focus speed increased by 10 times

Full range autofocus<2 seconds

Real time focus tracking for uneven samples

Obtained 2 invention patents

Is the sample uneven in height? Easy focus!

Accurate focusing of Raman testing area images

Depth of Field Fusion: Clear Full Field of View

Resolve incomplete imaging caused by low depth of field of high-power objective lens

High resolution+high signal "clear across the entire area"

Suitable for high and low undulating surfaces of rocks, crystals, biological samples, etc

Application Fields

ATR8800 testing the spectrum of a certain crystal

ATR8800 testing the composition of a certain rock

ATR8800 blood cell smear test