Very attractive! Your option two would not have to factor in thin walls if all of the walls were adhered to the covering acrylic. Even the acrylic could be microns thin as the outer ring would provide additional strength overall.
@bernd_slemmen Thank you very much.
It was fun to solve the maze. In a previous post I explain how the idea (template to model brain coral) and the conditions fulfilled wanted design (single way …). Often I transform a model into another, for example did an engagement ring crimp in hearts, which are then transformed into table. I have also modeled puzzle games like Snake and Rubik, Spirograph, binary puzzle, shogi…
In the Collections on my profile you can see my models and animations.
@Fred_U Thank you very much.
The old version without reinforcement, which is the first thing I printed, was 3 mm thick on the walls of the maze and the separation between them was 1.5 mm. In version 2 would be the other way around, and if feasible, think it will be a bit tougher increasing the thickness, but also need more material.
My models are more oriented to animation and although many think they are too complex to print, others believe that they would be worth. I always try all the meshes meet conditions (manifold, without intersected or distorted faces …) and check the test print Blender. I don’t knwo if it is very reliable because I had never printed anything so far.
