Raman Microscope Dual-Band & Auto-Focus DTR8300TW

Features:
•Dual-Band Wavelength：
>785+1064nm；
>532+1064nm；
>532+633 nm；
>532nm+785 nm；
>633+1064nm；
• Auto-Focus, Auto Scan, All-Auto Raman Experiment；
• Ultra-high Sensitivity, SNR>6000:1
• True Confocal, ensure precision Raman image
• Ultra-high space resolution
• Unique Software Control switch optical path
• Ultra-high stability
• Good quality optical component, excellent product performance；
• Quick positioning, swift to find focal position
• High Quality Objective, Light spot in micrometer level
• 5-mega pixels camera, clear and accurate image
• USB2.0 interface connecting PC

Application
• Nano particles and new materials
• Scientific research Institutions
• Bioscience
• Forensic identification
• Material science
• Medical immunology analysis
• Agriculture and food accreditation
• Gemstones & minerals identification

Description
DTR8300TW Series integrate two lasers, microscope and Raman spectrometer, combining with all of advantages to one miniature Raman microscope instrument.It becomes possible to see micro areas of samples on the computer screen with just a single mouse click. When the sample is visualized in accurate position, the observer scan Raman spectrum under various surface conditions, and synchronous Mapping can be displayed intuitively on the screen in a click. As a result, it takes great convenience to detect micro areas of samples.
Combine unique patented conjugate focusing(true confocal) system with accurate image processing
algorithm, and it enables a very small sample areas to be analyzed, as well as it requires minimal operator training and maintenance, yet resulting in uniform result not just spectrum.
DTR8300TW Series operate in all-auto focus, all-auto scan, one-button operate, it can run batches of experiment, uniform scan, wait for no time can obtain highly reliable scanned imaging Raman data；
DTR8300TW is equipped with tailor-made objective, and laser spot on the sample becomes very
close to diffraction limit, then focal information can be displayed in accurate and intuitive on the screen with
5-megapixel camera. it improves Raman spectrum quality, as a result of overcoming the problem due to traditional Raman system collects Raman signal from higher or lower actual focal surface.
DTR8300TW solve signal loss in optical path while camera imaging, it also separate camera imaging from
Raman signal collection in order to obtain optimal signal intensity.
Meanwhile, DTR8300TW installed the high performance Raman spectrometer, which employs sensitivity, SNR, stability leading the industry level, in return provide guarantee for Raman analysis.