Variable temperature optical fiber spectrum measurement system

Describe：OMS can be used for optical transmission or reflection measurement of temperature change of materials, and can also be used for optical measurement of samples excited by ultraviolet rays or X-rays. It can be applied to the variable temperature measurement of visible VIS spectrum band, the absorbance measurement of chemical substances, the high-precision apparent velocity measurement, and the study of the characteristics of thin films and bulk samples. And that requirement of temperature change measurement of other materials. Temperature control software, which can integrate temperature and spectral data, can be displayed and saved in real time.

Model：OMS
Manufacturer：Congtical
Update time：2023-12-29
Visits：1368

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Products

Product Category

Thermal analyzer

(MMS)Variable temperature microscope measurement system (OMS)Variable temperature optical fiber spectrum measurement system (RMS)Variable temperature resistivity measurement system (SMS)Variable temperature tensile measurement system (DMS)Dielectric temperature spectrum measurement system (HEM)Hall effect tester (TPA)Thermoelectric performance analyzer (TEAM)Device quality inspection instrument

Articles

Introduce

1. Product introduction

OMS can be used for optical transmission or reflection measurement of temperature change of materials, and can also be used for optical measurement of samples excited by ultraviolet rays or X-rays. It can be applied to the variable temperature measurement of visible VIS spectrum band, the absorbance measurement of chemical substances, the high-precision apparent velocity measurement, and the study of the characteristics of thin films and bulk samples. And that requirement of temperature change measurement of other materials. Temperature control software, which can integrate temperature and spectral data, can be displayed and saved in real time.

2. Product features

(1)The temperature in the whole process is accurate and controllable, and digital PID is adopted to control the temperature, so the temperature control accuracy is high.

(2)The heating and cooling rate is fast, which can greatly reduce the test time and reduce the consumption of liquid nitrogen.

(3)Thin films and bulk materials can be measured, which is suitable for various application scenarios.

(4)The equipment is small in size and occupies little space.

(5)Friendly interface and visual results.

3.Product appearance

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