MCAM Inserts¶
If you wish to use the MCAM to image objects other than a well plate, it may be beneficial for you to use a different insert to accommodate your sample.
We’ve included STL models that should accommodate almost any well plate. These STL models should be readily importable by your favorite 3D printing software. We offer the models in two different configurations. The first fits within the footprint of a well plate. The second fits within the footprint of the larger insert that is included in many MCAMs.
The MCAM insert. As shown configured for an 85 mm Petri dish.¶
The well plate insert. As shown configured for an 75 mm petri dish.¶
They come with 2 important features for usability:
Each insert is labelled with the size of the petri dish it accommodates.
The inserts are designed with cutouts for your fingers to accommodate easy insertion and removal of a petri dish.
Use the following download links to obtain the STL files of the insert of choice. We provide them in 5 mm increments from 85 mm to 30 mm.
Petri Dish |
MCAM Insert (160 x 110 mm) |
Well Plate Insert (127.8 x 85.5 mm) |
|---|---|---|
95 mm |
||
90 mm |
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85 mm |
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80 mm |
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75 mm |
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70 mm |
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65 mm |
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60 mm |
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55 mm |
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50 mm |
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45 mm |
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40 mm |
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35 mm |
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30 mm |
Note that the models above are all specified based on the outer diameter of the base of the Petri dish itself and not the outer diameter of the lid. Often 100 mm Petri dishes are used with a 90 mm diameter base. Take a quick measurement of your Petri dish with a ruler to ensure you print the correct insert on the first try!
Additionally, shown below, we include an MCAM insert which can accommodate
most well plates:
Download STL
An MCAM insert to accommodate a well plate¶
In the spirit of making these easily adaptable, you can also copy and modify the models themselves by accessing the original model Petri Dish Insert - OnShape.
MCAM Diffuser Risers¶
In certain situations, it may be desirable to raise the height of the diffuser included with the MCAM. This is typical when operating the Kestrel in Screening Mode. We’ve included STL models of a 3D printable diffuser riser in various configurations that should be able to accommodate most needs. The diffusers are stackable, so you can use multiple to achieve the desired height.
In our experience we’ve found that a 10 cm height is a good starting point for most applications.
The MCAM diffuser riser. As shown configured for a 10 cm height.¶
Height |
STL |
|---|---|
2.5 cm |
|
5 cm |
|
10 cm |
|
15 cm |
In the spirit of making these easily adaptable, you can also copy and modify the models themselves by accessing the original model MCAM Diffuser Riser - OnShape.