Optical Breadboard with inch threads (modular, self-mating)

This is a standard optical bread with 1/4''-20 threads and 1'' separation between the mounting holes. The breadboard…
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updated May 3, 2022

Description

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This is a standard optical bread with 1/4''-20 threads and 1'' separation between the mounting holes. The breadboard is printed in sections of 5x5 holes that attach to each other on the sides. The holes on the top are 1/4''-20 tap holes, except the center hole, which is a through hole for mounting the breadboard or attaching stands. On the sides there are pairs of 1/4'' tap and through holes for attaching the sections to each other.

This breadboard was designed to house optics near a SERF magnetometer array, so it's intended to be non-magnetic, rigid and light-weight. Other non-magnetic components used to hold the optics are:

 

The recommended material for this board is ABS. It's important to apply ABS slurry to the build plate prior to printing to minimize warping. The board requires post-processing with a drill press and tap.

The board dimensions are 132 mm x 132 mm x 20 mm (5.18'' x 5.18'' x 0.8'')

Print Settings

Printer Brand:

Prusa

Printer: 

i3 MK2S

Rafts:

No

Supports: 

No

Resolution:

0.2 mm

Infill: 

50%

Filament: 3D Solutech ABS Black


 

Notes:

 

Print with flat side oriented towards the build plate. Apply ABS slurry on the build plate prior to printing. The print takes ~15 hours.

Post-Printing =============

Post-processing

Drilling

Re-touch the 1/4'' tap holes with drill #7, re-touch the 1/4'' through holes with H drill.

Tapping

Tap the x24 holes on the top and x4 holes on the sides with 1/4''-20 tap.

Milling (optional)

Clean up the center mounting hole with D=12mm (0.5'') flat end mill. The hole is 15.3 mm (0.6'') deep.

Assembly

Attach the breadboard sections to each other with the 1/4''-20 nylon screws (https://www.mcmaster.com/95868a740) on the sides. For better durability and permanent attachment, apply ABS slurry on the dovetail prior to the assembly

 

 

 

Category: Physics & Astronomy

Tags



Model origin

The author marked this model as their own original creation. Imported from Thingiverse.

License