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E-mail
info@maomo17.com
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Phone
13472768389
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Address
Room 2017, No. 298 Kangqiao East Road, Pudong New Area, Shanghai
Shanghai Maomo Scientific Instrument Co., Ltd
info@maomo17.com
13472768389
Room 2017, No. 298 Kangqiao East Road, Pudong New Area, Shanghai
Accurion UltraBAM Brewster Angle Microscope
Accurion UltraBAM is a Brewster angle microscope designed specifically for air/liquid interfaces. It can directly observe Langmuir monolayers or adsorption films. It is also applicable to dielectric substrates such as glass, quartz, or similar materials. Accurion UltraBAM combines real-time imaging with high resolution and overall focus. *The imaging optical system can provide fully focused images at a speed of 20-35 frames per second. High performance cameras and specific calibration algorithms enable quantitative measurement of reflectance, enabling monitoring of adsorption kinetics or thickness changes. An electric analyzer can display optical anisotropy, such as anisotropy caused by long-range molecular orientation order in a single molecular layer. The design of Accurion UltraBAM can adapt to most pallets on the market. For excellent performance and easy operation, it is recommended to use large pallets. The vertical position change of the instrument head is completed by a high-precision electric lifting device.
Features and advantages:
-Real time overall focused image can be obtained without the need for focus scanning
-Direct visualization of samples
-Lateral resolution can reach 2 microns
-Imaging of layered anisotropic structures
-Specially designed for air/liquid interfaces, also suitable for dielectric substrates
-Variable incidence angle, ranging from 52 ° to 57 °
-Big View
-Online image processing
-AVI recording function
-Software interface of the main slot system
-The image file contains slot data
-Equipped with an active vibration isolation system
Application:
-The transition from single-layer to multi-layer structure
-Photochemical reactions (such as photoisomerization)
-LB film on solid structure
-Polymers and other materials that cannot be detected by fluorescence microscopy
-Adsorption kinetics