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Raman Microscope Imaging Spectrometer Raman Microscope Imaging Spectrometer
Raman Microscope Imaging Spectrometer Raman Microscope Imaging Spectrometer

Raman Microscope Imaging Spectrometer

The LATR8300 series combines the advantages of both microscope and Raman spectrometer. The microscopic Raman detection platform makes it possible to "what you see is what you see". The visualization and precise positioning of the Raman detection platform allows the observer to detect the Raman signals of different surface states on the sample and display the detected signals simultaneously on the computer. The location of the micro area morphology greatly facilitates Raman micro area detection.
  • ModelLATR8300 Series
  • BrandLABOAO
  • PortAny port in China
  • PackagePlywood case package
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DESCRIPTION

LATR8300 high-profile version can fully auto focus, auto scan, one-key operation, batch experiment, uniformity scan, etc., without waiting, and can obtain highly reliable scan imaging Raman data;

LATR8300 is equipped with an objective lens specially designed for the Raman system to make the laser spot close to the diffraction limit, and then the focus information is accurately and intuitively displayed on the computer through a 3 million camera. It overcomes the problem that the focal plane of the Raman signal collected in the ordinary Raman system is slightly higher or lower than the actual optimal focal plane, thereby improving the quality of the Raman spectrum.

LATR8300 has no optical path switching moving parts, all optical components are assembled in solid state, and the work is very stable. The instrument perfectly solves the loss of the camera imaging time path, and realizes the separation of camera imaging and Raman signal collection, so as to get the best Signal strength.

At the same time, LATR8300 uses high-performance Raman specially optimized for Raman microscopy systems, which are industry-leading in terms of sensitivity, signal-to-noise ratio, and stability, providing a strong guarantee for Raman research.


Applications:

Nanoparticles and new materials

Research Institute Research

Biology

Forensic Appraisal

material science

Medical immunoassay

Agriculture and food identification

Water pollution analysis


Model

Functional

LATR8300BS

Base

LATR8300AF

Auto Focus

LATR8300MP

Mapping type (auto focus, auto scan   type)

LATR8300TW

Two Lasers (auto focus, auto scan, true   confocal, one-button operate type)

FEATURES

1. Fully automatic Raman experiment, auto focus, auto scan

2. Ultra-high sensitivity, sex-to-noise ratio>6000:1

3. True focus, ensuring more accurate Raman images

4. Ultra-high spatial resolution

5. Unique software control to switch light path

6. Ultra-high stability

7. Imported optical components, good product performance;

8. Quick positioning, quickly find the focus position

9. High-quality objective lens, micron-level light spot

10. 3 million cameras, clear and accurate images

11. Excitation wavelength: 532, 633, 785, 830, 1064 nm optional

12. Equipped with high-performance spectrometer

13. USB2.0 interface directly connected to the computer


Spectrum showing

acetonitrile-spectra.pngsers-raman-spectra.pngsers-raman-spectra-detected.pngalcohol-spectra-scan-by-raman-microscope.png


Raman Resolution

tylenol-spectra-scan-by-raman-microscope.png

petrol-spectra-resolution.png


Reliability

acetonitrile-reliability.png

acetonitrile-intensity-variation.png

SPECIFICATIONS

Model

LATR8300

Spectral   resolution

3 cm-¹   (different models, different spectral ranges, slightly different)

Spectral   range

250-2700,   200-3500, 200-4300 cm-¹ (other wavelength ranges can be customized, as low as   50 cm -1)

Spectral   stability

σ/μ <0.5%   (COT 8 hours)

Temperature   stability

Spectral   shift ≤ 1 cm-¹(10-40)

Signal-to-noise   ratio

>6000:1

Detector

Semiconductor   cooling 2048*64 pixel back-illuminated infrared enhanced CCD

Detection   wavelength range

200nm-1100nm

Pixel size

14 μm * 14   μm

Detector   dynamic range

13000:1

Laser center   wavelength

785nm   (+/-0.5nm)

Microscope   camera system

3 million or   5 million pixel industrial camera

Focusing   method

Conjugate   Focus

Laser power

>550mW   (software adjustable)

Laser spot   diameter

>1μm

Laser   stability

σ/μ   <±0.2%

Laser line   width

0.08 nm

Communication   mode

USB2.0

X, Y axis   electric control two-dimensional platform

X, Y axis   electric control two-dimensional platform

Moving range

50 X 50 mm

Mobile   resolution

0.1μm

positioning   accuracy

1μm

Scan speed

20mm/s

Z axis (auto   focus)

Z axis (auto   focus)

Focus   accuracy

≤ ±0.2 μm

Maximum   stroke

20 mm

Focus speed

No more than   10 s

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