The modular design structure is convenient for students to understand and master the basic principles, composition and structure of the Raman spectrometer.
Adopting the industry standard structure design, it facilitates the quick connection and efficient coupling of the spectrometer, Raman probe and laser, and also greatly ensures the safety of the experiment.
Professional test software is available, facilitating students and teachers to conduct experiment operations and data processing.
It can be used for both teaching experiments and research experiments.
Master the basic principles, composition and structure of Raman spectroscopy instruments.
Analyze and test liquid and solid samples to obtain Raman spectra.
NO. | Part Name | Main Parameter |
1 | Fiber Spectrometer | wavelength range: 750nm-1100nm resolution: ~ 1nm |
2 | 785nm Raman Probe | Matched laser wavelength: 785nm, Operation mode: Fiber output |
3 | Raman Sample Holder | 12.7mm×12.7mm |
4 | Solid Sample Testing Holder | Adjustable range 0-130mm |
5 | 785nm Narrow Linewidth Laser | wavelength: 785nm, output power 0~400mW |
6 | Quartz Cuvette | 12.5 mm×12.5 mm×45 mm |
NO. | Part Name | Model | Qty. |
1 | Fiber Spectrometer | BIM-6002A-04 | 1 |
2 | 785nm Raman Probe | SIM-6131-785F | 1 |
3 | Raman Sample Holder | BIM-6322 | 1 |
4 | Solid Sample Testing Holder | BEM-5239 | 1 |
5 | 785nm Narrow Linewidth Laser | BRM-7602 | 1 |
6 | Quartz Cuvette | SIM-6301-QT10 | 1 |
7 | Power cord | BC-105075 | 1 |
8 | USB cable | BC-105080 | 1 |
