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Our Story

RamanLab has constructed an Open-Architecture Raman System within a darkroom setting, capable of applying a wide range of experimental techniques. This system utilizes a high-spec spectrometer in combination with a CCD camera that has a quantum efficiency of greater than 60 to 90%, enabling the measurement of Raman spectra with high resolution across the visible to near-infrared regions for a variety of organic and inorganic materials.

Equipped with five distinct laser types, Raman mapping devices, and apparatus for conducting temperature-dependent experiments, we are committed to providing faithful collaboration on research projects of both short-term and long-term durations, as well as simple measurement tasks.

CCD Camera

Andor Newton CCD

TE cooling to -100°C

Negligible dark current

Pixel size for high resolution spectroscopy

Active pixels (μm): 1024 x 256

Pixels size (μm): 26 x 26

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Spectrometer

Andor Shamrock 500i

Image astigmatism correction

Triple exchangeable grating turret

Aperture ratio: F/6.5

Focal length: 500 mm

Wavelength Resolution: 0.06 nm @ 633 nm

Lasers

488 nm 532 nm /671 nm 785 nm / 830 nm

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Mapping Stage

Motorized xyz stage

Glavano-mirror scanner

Temperature Control Equipment 

Temperature range 

 -195 ~ 600 °C

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Database

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Wiley Science Solution

The Raman Lab has invested in access to the KnowItAll Software offered by Wiley, which provides a comprehensive database of over 25,000 Raman spectra.

Wiley is a renowned leader in the field of Raman spectral data, and its collection boasts the world's largest and highest-quality compilation of Raman spectra, including Sadtler data.

RamanLab

[Headquarters]
145, Gwanggyo-ro, Yeongtong-gu, Suwon-si, Republic of Korea

Copyright RamanLab All right Reserved.

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