CVRAM EDU micro Raman spectrometer Introduction: The CVRam Edu micro Raman spectrometer is a 785nm laser micro Raman spectrometer designed as a whole, which combines the advantages of both a microscope and a Raman spectrometer, while overcoming the problem of excessive fiber coupling light loss. High sensitivity can be achieved using a high-performance small-scale spectrometer. The CVRam Edu micro Raman spectrometer has the ability to provide real-time imaging of small areas and collect Raman spectra. The integrated design provides excellent sensitivity and stability for micro Raman systems. The CVRam Edu micro Raman spectrometer is a high-performance, easy-to-use, and portable micro Raman spectrometer that can meet the needs of analysis and scientific research. The instrument can be widely used in materials science, life sciences, medicine, pharmacy, cultural relics and gemstones, minerals, drug identification and other fields. Features: 1. Space optical path, non fiber coupling, high sensitivity; 2. Integrated design with good stability; 3. High quality CCD detector with better signal-to-noise ratio Technical parameters: Spectral range: 100cm-1-3000cm-1 Wavelength stability:≤ 0.01 nm/° C (Standard) Excitation wavelength: 785± 0.5nm, line width≤ 0.1nm Laser output power: 100mW Laser power stability:≤ 0.01 nm/° C Power supply voltage: 100-240VAC@50 /60Hz Output power: 100mW adjustable Camera resolution: 1.3 million pixels Lighting source: White LED light source Objective: Infinite long working distance flat field achromatic metallographic objective 10X 20X 50X 100X optional Carrier: A double-layer mechanical mobile platform with coaxial adjustment in the X and Y directions for low hand positions; Platform area 130mm× 180mm, movement range: 76mm× 42mm. Overall size: 400× 354× 452 mm Total weight: 15kg
Introduction: The CVRam Edu micro Raman spectrometer is a 785nm laser micro Raman spectrometer designed as a whole, which combines the advantages of both a microscope and a Raman spectrometer, while overcoming the problem of excessive fiber coupling light loss. High sensitivity can be achieved using a high-performance small-scale spectrometer. The CVRam Edu micro Raman spectrometer has the ability to provide real-time imaging of small areas and collect Raman spectra. The integrated design provides excellent sensitivity and stability for micro Raman systems. The CVRam Edu micro Raman spectrometer is a high-performance, easy-to-use, and portable micro Raman spectrometer that can meet the needs of analysis and scientific research. The instrument can be widely used in materials science, life sciences, medicine, pharmacy, cultural relics and gemstones, minerals, drug identification and other fields.
