The microscope consists of several sub-assemblies that are designed and modeled in 3D CAD software. Each sub-assembly has its own model file that shows the exact dimensions, shapes and features of the parts that make up the sub-assembly. The full assembly model combines all the sub-assemblies and shows how they fit together in the final microscope. The model also shows the precise location and orientation of each part in relation to the others. The 3D CAD models can be viewed using SolidWorks eDrawings, which is a free software that can be downloaded online. Alternatively, they can be viewed using SolidWorks proper, which is a professional CAD software.
The 3D CAD models of the microscope are useful for several purposes. First, they allow the designers to test and optimize the functionality and performance of the microscope before building a physical prototype. Second, they enable the users to understand the structure and operation of the microscope and to modify it according to their needs. Third, they facilitate the fabrication and assembly of the microscope by providing accurate and detailed instructions and specifications.
The microscope is composed of four main sub-assemblies: the base, the stage, the optics and the illumination. The base sub-assembly provides a stable and rigid support for the other components. It consists of a metal frame, four adjustable feet and a power supply unit. The stage sub-assembly holds the sample slide and allows for precise movement in the x-y plane. It consists of a metal plate, two linear actuators and a controller. The optics sub-assembly contains the lenses and mirrors that magnify and focus the image of the sample. It consists of an objective lens, an eyepiece lens, a tube lens, a beam splitter and a camera. The illumination sub-assembly provides the light source for the microscope. It consists of a LED array, a condenser lens, a filter wheel and a shutter.
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The 3D CAD models of the microscope are created using SolidWorks, which is a widely used and powerful CAD software. SolidWorks allows the designers to create and edit 3D models of parts and assemblies, as well as to perform various simulations and analyses. SolidWorks also supports exporting and importing models in different formats, such as STL, STEP, IGES and DXF.
The 3D CAD models of the microscope can be viewed using SolidWorks eDrawings, which is a free and easy-to-use software that can be downloaded online. SolidWorks eDrawings allows the users to open and view 3D models of parts and assemblies, as well as to measure, rotate, zoom and annotate them. SolidWorks eDrawings also supports viewing models in augmented reality (AR) and virtual reality (VR) modes, which enhance the user experience and immersion.
The 3D CAD models of the microscope are also useful for educational purposes. They can be used to teach students about the principles and applications of microscopy, as well as to demonstrate the design and fabrication process of a microscope. The students can also interact with the models and modify them to explore different scenarios and outcomes. The 3D CAD models of the microscope can be a valuable resource for enhancing the learning and engagement of students in science and engineering fields.
The 3D CAD models of the microscope are available online for anyone who is interested in building or using the microscope. The models are accompanied by a detailed documentation that explains the design rationale, the fabrication steps, the assembly instructions and the operation guidelines of the microscope. The models and the documentation are licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License, which means that anyone can use, share and adapt them for non-commercial purposes, as long as they give appropriate credit and distribute their contributions under the same license. 29c81ba772