532nm Raman Microscope(Mapping) DTR8300MP

Feature:
• Full-automated, auto-focusing, auto-scan
• Ultra-high sensitivity
• True confocal, accurate Raman mapping
• Ultra-high spatial resolution
• Unique software controlled to switch optical path
• Ultra-high stability
• Excellent performance
• Fast positioning, quick locate focal position
• High quality objective, micro spot
• 3-mega/5-mega pixel camera, crisp clear images
• Excitation wavelength(Optional): 532,633, 785,830,1064
• High-performance spectrometer configured
• USB2.0 in direct connect with PC

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

Description:
Drawell Raman microscope combines benefits of microscope and Raman spectrometer. It becomes possible
to see macro or micro areas of samples on the computer screen with just a single mouse click. When accurate
positioning is visualized, the observer can detect Raman signals under various surface conditions, and
synchronized Mapping can be displayed intuitively on the screen at one click operation. As a result, it provides great
convenience to detect micro or macro 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 spectra.
DTR8300 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 3-megapixel camera. This
configuration improves Raman spectral quality for overcoming the limitations of Raman systems where the focal plane for Raman signal collection is slightly above or below the imaging plane.
DTR8300 works very stable with no moving components of optical path switch, hence it avoids loss off optical path while imaging formed, and it gains optimized signal for separating imaging formed from Raman signal collection.