RTS-Mini_Confocal Raman System RTS-Mini

Description

RTS-Mini confocal Raman System is fully suited to micro measurement and supply mapping function; It is very compact & easy to be integrated with most upright microscopes; If the users have upright microscopes or without microscopes, both we can supply solution; The flexibility ensure range of options to suit all budgets and different applications;

Confocal Raman System provided by RTS-Mini is a non-destructive technique with minimum sample preparation required. The sample are extensive materials such as polymer, ceramic and nanomaterials as 2D materials: graphene or monolayer of MoS2 etc. Some biological samples like blood, tissue and cell are suitable for Raman measurement by certain laser excitation wavelength;

Raman is an ideal technique for research and industry offering high quality data, reliability, versatility over other analytical techniques. Benefits not only include the range of samples that are suitable for analysis, but also the information content that is provided.

The main applications

Applications Examples:

System Performance:

3rd Raman peak of monocrystalline silicon. S/N:>20:1

Spectral Resolution: <1.5cm-1 at 585nm (532 excitation)

Low wavenumber capability, 80cm-1 typical, 100cm-1 guaranteed

Raman Mapping：

System Specification:

Laser wavelength(nm)	532	638	785
Laser power(mW)	100	50	100
Raman shift range(cm⁻¹)	80-9000	80-6000	80-3200
Microscope	Upright only	Upright only	Upright only
Sample stage	Manual (Motorized optional)	Manual (Motorized optional)	Manual (Motorized optional)
Objectives	10x/50x/100x, 50xLWD Semi-APO	10x/50x/100x, 50xLWD Semi-APO	10x/50x/100x, 50xLWD Semi-APO
Epi illumination	QTH 12V, 100W	QTH 12V, 100W	QTH 12V, 100W
Spectrograph	320 focal length, Czerny-Turner	320 focal length, Czerny-Turner	320 focal length, Czerny-Turner
Grating option	1800g/500nm blazed	1200g/750nm blazed	600g/750nm blazed
	600g/500nm blazed	600g/750nm blazed	300g/750nm blazed
	150g/500nm blazed	150g/750nm blazed	150g/750nm blazed
Spectral resolution	1.5	1.5	2.3