Display your miniatures in an intricate sci-fi industrial setting!
Our round display plinths come with 16 modular components, each showcasing detailed mechanical features such as panels, vents, inset tech, piping, and more. It’s the ideal backdrop for your robotic heroes, Martian Tech priests, starship engineers, and more!
These round display bases come in 60mm, 80mm, 100mm, and 120mm diameters.
Compatible with additional themes and upgrades from the Hero-Stand Display Plinths range, these plinths offer endless customisation to level up your miniature displays!
⭐ Hundreds of variations - Here's how it works:
Each modular display plinth is constructed from a combination of interchangeable walls, columns, bases and flooring. Select your size, shape and theme before stacking them together. Base and Columns are hollow, so you can place lights or other atmospheric effects inside to travel through certain flooring options.
⭐ Multiple themes available
See section "Display Plinths" in my shop: https://tabletopprintse.etsy.com
⭐ Multiple sizes
Hero-Stand Display Plinths come in a variety of sizes, shapes and designs. While heights vary for each design, the following width/length options are available:
60mm, 80mm, 100mm, 120mm diameter
⭐ No postprocessing needed
Since all items are printed in PLA there is no need to cut or file anything. Just prime and paint!
⭐ See below link for instructions
https://saucermenstudios.com.au/wp-content/uploads/2024/05/Hero-Stand-Display-Plinths-Instructions.pdf
🎲 Why choose TabletopPrint?
- Our Quality
We pour our passion and precision into every 3D printed product we create, ensuring each piece meets the high standards we set for ourselves. We only release items we would love to use. Every model undergoes a meticulous inspection. If you're not entirely satisfied, our return process is straightforward. Your enthusiasm for our products fuels our dedication.
🌽 Material Information: This product is crafted from PLA, a biodegradable plastic that is safe for skin contact. However, it should not be exposed to prolonged moisture or extremely hot environments, as this may compromise its stability.
