Chemical synthesis in-situ Raman spectrometer

NegotiableUpdate on 05/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

DeepBlue200 Chemical Synthesis In Situ Raman Spectrometer is a high-performance fully automated confocal Raman spectrometer. Automatic switching of white light/laser, automatic switching of excitation wavelength, automatic switching of laser power, and automatic exposure of images. Easy to operate and user-friendly. Open sample stage design, convenient for in situ Raman testing. Used for Raman spectroscopy measurement of solid and liquid samples, Raman spectroscopy scanning imaging of bulk materials, with a wide range of in situ Raman loading cells to choose from.

Product Details

Application scenarios

APPLICATION SCENARIO

Materials Science: 2D materials, polymer materials, semiconductor materials, composite materials, etc;

In situ catalysis: photocatalysis, electrocatalysis, gas-solid catalysis, high temperature, high pressure, high temperature and high pressure hydrothermal catalysis, etc;

Food agriculture: protein, fat, cellulose, starch, seeds, stems;

Pharmaceutical medicine: chemical pharmaceuticals, natural products, skin, cellular tissues, live animals;

Geology: minerals, inclusions, kerogen, etc;

Archaeology: Bronze ware, ancient ceramics, jade artifacts, seal paper, silk fabrics, etc;

Product Features

PRODUCT FEATURES

Automation: Automatic switching of white light/laser path, automatic switching of excitation wavelength, and automatic selection of laser power.
High sensitivity: true confocal design, extremely simple optical path, high stray light suppression ability, fearless of the challenge of silicon third-order peak signal-to-noise ratio, facing the test of difficult samples such as laser intolerance and weak Raman signal, such as thin films, small particles, and dilute solution samples;
Hyperspectral resolution: DeepBlue200Chemical synthesis in-situ Raman spectrometerConfigurable telephoto spectrometer with Raman spectral resolution up to 0.5cm-1;
High spatial resolution: The excitation light path adopts a free light path, high-quality laser and true confocal design, which enables spatial resolution to reach the theoretical limit of optical diffraction, with a lateral resolution of ≤ 0.5 microns;
Stability: The main mechanical structural components and optical components are made of high-strength alloy materials, and the center of gravity of the structural mechanics is shifted downwards. The optical components are rigidly coupled, and the instrument has high stability and strong resistance to environmental disturbances;
Openness: DeepBlue200Chemical synthesis in-situ Raman spectrometerAdopting an open microscope design, with a free space of 135mm below the objective lens, the Z-axis objective lens actively focuses (the sample remains stationary). Users can dismantle the standard sample stage as needed, install customized sample stages or fix large samples to meet different research needs. An optional automatic scanning platform can be used to achieve Raman scanning imaging.

Product parameters

PRODUCT PARAMETERS

excitation wavelength	532nm, 633nm, 785nm, etc	spectral range	50~9000nm (532nm excitation)
laser power	≥100mW（532nm）	Spectral resolution *	1~7cm-1
Microscope type	Open microscope	sensitivity	≥ 20:1 (third-order peak of silicon)
Microscope objective	10 ×, 100 ×, and 50 × telephoto lenses	Spectral repeatability	Better than ± 0.05cm-1
Microscope camera	≥ 5 million pixel color camera	detector type	One inch deep cooling detector
Manual loading platform	25 × 25mm, 1 µ m step size	Host product size	600×500×550mm
Automatic scanning imaging	50 × 50mm, 0.05 µ m step size	Equipment weight	~40kg

*: Based on the focal length of the spectrometer and the number of grating lines;