Lost Bio-Lab Themed Spool Tower

THE LOST BIO-LAB - Spool Tower - STL

A range of modular 3D printable terrain tiles compatible with the OpenLOCK system, forming a sci-fi dungeon complex.

This model is under construction, check back for more details as they arrive.

This themed tower will give you a way to reuse the spools that you used in printing the complex reducing your waste and keeping plastic from the oceans.

Not only will this item enhance the table surrounding it but is also our commitment to waste reduction. Combine this tower with the OpenLOCK tiles and you will have a a grand table and have nothing to throw away!

See the flash fiction: Breakthrough at the Bio-Lab for a bit of background on what happened here.

Add this item to your wishlist to be notified upon it's release.

This STL file set is designed for FDM Printers and print with a 0.4mm nozzle at 0.2mm layer height

Supports are not needed for these models.

These tiles are designed for 28mm table top games such as:

Space hulk, Advanced Space Crusade, Tyranid Attack, AVP: The hunt begins, Necromunda, Fallout Wasteland, Infinity, Konflikt ‘47, Kill Team, WH40k, and Judge Dredd. It also adds flavour to RPG’s such as SLA Industries and Paranoia!

We have taken inspiration from H.R. Giger and Tyranids from GW. While we haven't copied their designs, we hope the style pays homage to them and will fit with game systems using similar concepts.

It is not recommended to rescale these file but if you wish to then see our blog post ‘notes on scales’ about resizing STL files.

Some of the images supplied are computer generated and are for reference. They are images of the files that will be 3D printed.

OpenLOCK Compatibility

Digital Taxidermy has worked using the OpenLOCK templates as the basis for this tile set, this should mean that our tiles will fit with other OpenLOCK compatible products.

We have been granted an OpenLOCK BSD license.

This license is not an endorsement by Printable Scenery, and Printable Scenery does not accept any liability for variations of the OpenLOCK system.