Rotating Lure Drying Rack

Rotating Lure Drying Rack

August 26, 2016

Rotating Lure Drying Rack

STL files for this Rack are available at Printables and can be found HERE.

This is a Motorized Rotating Drying Rack used for getting an even coat of the sealing epoxy used on fishing lures after painting. It uses a geared motor to rotate the rack and lures continuously while the epoxy dries to form a nice even coat.

The use of epoxy to seal lures is common practice but if you use a thin epoxy’s like EnviroTex’s Lite Pour-On High Gloss Finish epoxy it is so thin that if just left to dry in one position gravity will do it’s thing and the epoxy will pool to the lowest spot of the lure forming drips as seen above.

A spinning drying rack system is used to keep the coat of epoxy even as it dries. Most of the homemade racks used for this practice just use large clips to hold the lure by the lip but the 3D Printed Crankbait Lures I designed have the entire lip painted so I came up with this drying rack that uses extension springs to hold the lure by it’s loops instead.

  This rack will hold up to 5 lures at a time for drying.

Exploded view of all of the parts.

All Information, Pictures, and Material is copyright © 2018 by Stephen Thone and may not be used for any personal or commercial purposes without the consent of the author. All rights reserved. The Author makes no guarantees or warranties as to the accuracy or completeness of, or results to be obtained from accessing and using the Information herein.

6 Replies to “Rotating Lure Drying Rack”

  1. Very nice design.
    Looks like you may have used SolidWorks to design the rack.
    I am a retired Engineering Design and CAD instructor. Use SolidWorks, Creo 5.0, Inventor, Fusion 360 and AutoCAD.

    1. Nice…. I did design that one in Solidworks. I prefer SW but I use a bit of Onshape too because it’s cloud based and I can work away from home on it. I dabbled a little in Fusion 360 but not enough to be proficient in it. I’m actually not very proficient in any of them but I learn as I go and get by enough to make what I need to make I guess.

    1. Most of the parts are 3D printed and all the hardware can be found from McmasterCarr and the motor can be found on Amazon.

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