Step by step assembly
Before you start to assemble please make sure you have all needed parts or you know how to improvise them. The light path of our original design is 50 mm off the top surface of the ThorLabs metric optical breadboard (part #: MB3045/M) where everything is installed.
The optical breadboard has a length of 300 mm and a width of 450 mm, with a grid of 12 x 18 M6 threaded holes spaced 25 mm apart from one another. We will use a coordinate system similar to a spreadsheet (like OpenOffice Calc or Microsoft Excel) to make it easier to know where each component and capscrew is positioned. Starting with A1 in the upper left corner (as seen in the images), and ending with R12 in the lower right.
Please also forgive the confusion about the Youtube videos and the corresponding images, the documentation was done in two different locations months apart from each other and small design changes happened in between.
- Assemble purchased components
- Install assembled ThorLabs components on rail carriers
- Install illumination axis on the optical breadboard - Part 1
- Alignment of laser
- Install illumination axis on the optical breadboard - Part 2
- Install detection axis on the optical breadboard
- Install the 4D motor system
- Install cables and connect computer
There is a short introduction to the optics of a SPIM available as the SPIM Optics 101. This will also give practical hints for optics alignment and laser savety.
|Step||Description||SolidWorks rendering||Real picture||Video tutorial|
|1||Install corner mirror|
|2||Install laser heatsink|
|5||Installing laser bouncing mirrors|
|6||Installing sample chamber|
|7||Align the laser|
|8||Installing beam expander|| |
|9||Installing cylindrical lens|
|10||Installing vertical slit|
|11||Installing the telescope|| |
|12||Installing the detection axis|
|13||Installing the camera|
|14||Installing the 4D motor system|