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hardware:sample_holder [2017/10/21 00:04]
Jon Daniels created 		hardware:sample_holder [2018/05/17 19:23]
Jon Daniels added ASI 3D printed chamber
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 A petri dish is easily used as a sample holder and ASI makes a variety of stage inserts for all manner of dishes.  Just make sure you get one large enough to accommodate the objectives, e.g. 85mm diameter. A petri dish is easily used as a sample holder and ASI makes a variety of stage inserts for all manner of dishes.  Just make sure you get one large enough to accommodate the objectives, e.g. 85mm diameter.
  
-Rusty Nicovich designed a larger 3D printed chamber that fits into the stage in place of an insert.  It has a glass bottom and volume ~190mL.  CAD files and more details at https://github.com/PRNicovich/3D-Printed-Optics-Lab-Parts/tree/master/ASI%20Large%20Volume%20Chamber.+Rusty Nicovich designed a large 3D printed chamber that fits into the stage in place of an insert and accommodates the cleared tissue objectives.  It has a glass bottom and volume ~190mL.  CAD files and more details at https://github.com/PRNicovich/3D-Printed-Optics-Lab-Parts/tree/master/ASI%20Large%20Volume%20Chamber. 
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 +ASI designed a large 3D printed chamber that fits into the stage in place of an insert and accommodates the cleared tissue objectives.  There is space to glue in a Thorlabs SB1 or SB1/M kinematic base so the sample can be mounted to the kinematic top and removed and replaced repeatedly, and ~10mm travel in all dimensions.  Depending on the 3D printed material it may be useful to seal it with epoxy or some other leak-proof coating.  CAD files are available {{ :hardware:jd-ic-01_-_jd_insert_chamber_01.zip |here}}.
  
 A key advantage of the oSPIM system is that it can use 35mm glass-bottom dishes. A key advantage of the oSPIM system is that it can use 35mm glass-bottom dishes.

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