
Miniature Additional Magma Tiles with OpenLOCK
thingiverse
After numerous requests, I've finally updated my textured magma tiles to feature no rocks, allowing for large pools or flows of magma in multiple sizes. All tiles are precisely 2x2 inches in size. This update includes a single slow-flowing magma tile with openlock triplex and top cap designs. A top cap boasts a 3mm flat base that can be placed on the base of your choice, while top cap tiles can also be enlarged to fit seamlessly onto True Tiles. I limited myself to just one slow-moving tile because the subtle features it showcases are already sufficient for adding variety through painting alone. Among this update's additions are eight openlock or top cap designed large waved magma flow tiles. These 8 tiles were designed with a single layout in mind, ensuring that they can be assembled together like a puzzle and appear as cohesive pieces rather than separate designs. A picture is provided to illustrate the assembly of these tiles. Once again, these tiles boast no rocks or edges. For those seeking finely detailed lava rock borders, I've included a link to a relevant resource: https://www.thingiverse.com/thing:2722290 In addition to this update are eight openlock tiles that simulate bubbling activity and four top cap tiles that appear to be bubbling up. A versatile piece can also be printed with supports and attached to create a spout or eruption effect. One openlock tile features an integrated eruption, while the others offer the option to resize, print, and attach separately using super glue for greater flexibility and ease of printing. In summary: * OpenLOCK (_OP3) tiles: 18 pieces * Top Cap (_TC) Tiles that can be easily resized to True Tiles: 13 pieces * Add-on pieces: 1
With this file you will be able to print Miniature Additional Magma Tiles with OpenLOCK with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Miniature Additional Magma Tiles with OpenLOCK.