Ⅰ、Product introduction

D100 is a NIR confocal Raman spectrometer developed by ChangguangChenying for biological samples. It has the characteristics of efficient signal acquisition, high penetration, high spectral resolution, high stability, high intelligence, nondestructive testing, etc. It can meet the needs of in vivo and thickness sample testing. The serialized objective lens and detection technology designed for near infrared Raman acquisition realize the efficient acquisition of weak signals. The compact design of this product makes the application more flexible.

Ⅱ、Product features

1. Efficient Raman signal acquisition

Using the self-developed near-infrared special high NA Raman objective lens, the transmission is increased by more than 30%. Using advanced unpolarized grating technology and HOOKE patented "Spectral Splicing" NIR efficient detection technology, the light flux of the whole system is 100% higher than that of the traditional NIR Raman spectrometer.

2. Highly stable data reproduction

The software and hardware multi-dimensional correction system reduces the interference of testing environment to the greatest extent, and ensures that the Raman detection results of biological samples are repeatable.

Before correction, the external environment disturbance and measurement error cause the change of Raman spectral data

After multi-dimensional correction, the Raman test data is guaranteed to be true and repeatable

3. Highly intelligent data analysis

Integrate a variety of Raman data processing and analysis algorithms to help users dig deep Raman data information.

4. Highly integrated module design

Compact integrated design, set confocal, laser, spectrometer, detector, controller in one, easy to use; Modular design, flexibly equipped with positive and inverted microscopic imaging system, to cope with a variety of application scenarios.

HOOKE IntP intelligent data analysis software                                   Modular design

Ⅲ、Application field

1. In vivo detection

2. In vivo detection

3. Research on skin science

4. Monitoring of stem cell differentiation

5. Tumor detection and intraoperative navigation

6. Non-invasive blood glucose detection