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Beijing Kairuiyong Technology Co., Ltd
ZEISS microscope
NegotiableUpdate on 02/03
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Overview
ZEISS microscope: Traditional detection systems for microscopes use shallow depth of field, which means that some parts of the sample may not be in focus, leading to functional loss, user fatigue, and incomplete detection. ZEISS Visioner 1 brings tremendous changes to the field of optical inspection and data recording. Driven by the technology of Micro Mirror Array Lens System (MALSTM), real-time full focus imaging is achieved while ensuring your future use.
Product Details
ZEISS Visioner 1
Using MALS ™ Digital microscope technology enables real-time full focus optical inspection
Traditional detection systems use shallow depth of field, which means that some parts of the sample may not be in focus, leading to functional loss, user fatigue, and incomplete detection.ZEISS Visioner 1 brings tremendous changes to the field of optical inspection and data recording. In the Micro Mirror Array Lens System (MALS)TM）Driven by technology, real-time full focus imaging is achieved while ensuring your future use.
Real time Depth of Field Expansion (EDoF)
EDoF is a process of merging multiple images through a focal plane into one focused image.
Using traditional microscope systems can be both time-consuming and complex.
The ZEISS Visioner 1 allows users to view focused samples in real-time without the need for Z-axis stacking and post-processing of a series of images.
Micro Mirror Array Lens System (MALS) ™) Technology can achieve real-time depth of field extension (EDoF).
Reshaping Optical Rules
Micro Mirror Array Lens System (MALS) ™) technology
MALS ™ Optical detection can be performed on samples with a height difference of no more than 69 mm * without the need for Z-axis stacking or refocusing.
Using a Micro Mirror Array Lens System (MALS) ™) Let us change the curvature to generate different 'virtual' lenses, thus forming different focal planes. This can be achieved by changing the orientation and position of each individual micro lens in a coordinated manner.
Quickly reshaping the curvature of the 'virtual' lens can achieve ultra fast focusing, real-time full focus imaging, and data recording.
Fast 3D visualization imaging, capable of outputting data records
ZEISS Visioner 1 simplifies imaging and data recording work, and real-time depth of field extended imaging allows you to detect your components faster, thereby improving efficiency
Extension of senses: ergonomic operation
Performing detection tasks with both hands eliminates the need for repeated adjustment of the microscope and reduces fatigue from using the eyepiece, thereby improving work efficiency.
Due to the real-time full focus visualization of all content displayed on a single screen, the detection task feels very natural, like an extension of the senses.
Ergonomic posture when operating ZEISS Visioner 1
