Optional lighting range for microscopes
In addition to manual models, microscopes can also choose from the new electric universal illuminator series. White LED illuminators are suitable for open field observation, and users can choose 12V50W halogen lamps or white LED light sources based on the observation purpose and work.
Microscope LV-UEP1 universal falling light illuminator, which can also perform light field, dark field, simple polarization, and DIC observation. When switching from light field observation to dark field observation, the illuminator will automatically open the field of view and aperture aperture aperture. When returning to the bright field, the illuminator automatically restores the previous field of view and aperture condition.
The microscope LV-UEP2 universal falling beam illuminator, in addition to bright field, dark field, simple polarization, and DIC, can also perform falling beam fluorescence observation. The link structure between the illuminator and the shutter, field of view, and aperture aperture automatically sets the optimal lighting conditions. This feature minimizes the complexity of operating a measurement microscope and facilitates users to focus their attention on observation.
The microscope LV-UEP1 FA universal falling beam illuminator assists in focusing, and this universal falling beam illuminator is equipped with an optional splitting prism to assist in focusing the FA mechanism, providing better clarity during Z-axis measurement.
Microscopes have advanced functions for automated operation
The BX61 microscope has advanced functions for automated operation, and the BX61 automated microscope has automatic focusing and automatic conversion between reflected and transmitted light. Due to the launch of control software packages and macro function programs, a series of microscope operations can be controlled through switch boards, computers, or handheld terminals.
The microscope room converts various microscope observation methods, adjusts the optical path related to the magnification of the objective lens, inserts or removes various optical components into the optical path, and so on. It can be programmed to compile a series of operations into macro functions and assign them to dedicated function keys on the switch board or computer keyboard. As a result, only one function key can be pressed to call up or reproduce specific observation conditions.
The microscope provides various electric modules such as high-speed mirror changing discs, centering mirror changing turntables, light/dark field illumination devices, universal illumination devices, automatic focusing devices for reflected light, and green mirror turntables. These modules can be controlled through a switch board or computer.
The electric centering of the microscope with five holes for lens rotation ensures the concentricity between all objective lenses.
