I’ve been a tech junkie for a very long time. It seems that whenever new technology appears, I’m fairly quick to try it out.

Several years ago, I bought a MakerBot 3D printer. Early adopters know that purchasing new technology is usually expensive – this model had a price tag just north of $2000. Using it, I’ve learned the mechanics of how these amazing devices turn long rolls of plastic filament (PLA) into very detailed solid models. The prize is a collection of plastic models that adorn my office and the house. To be honest, I haven’t had a need for additional 3D models, so the MakerBot has been sitting unused for the past few months.

At this past January’s Consumer Electronics Show I ran across a couple of new 3D printers. And while the technology is no longer new, the prices of several of the printers are now within the grasp of many more consumers. My interest in a second 3D printer was motivated by my curiosity about the quality of the finished models compared to the more expensive MakerBot from a couple of years ago.

New Matter is a relatively new manufacturer that makes the MOD-t 3D printer. I purchased one directly from New Matter bundled with additional filament and accessories for $350 – a huge price difference vs. the MakerBot from a few years ago.

 

The MODt is small in size and can easily fit on a desktop. When operating, the continuous movement of the base plate mechanism creates a a noticeable noise. The clear plastic cover keeps the noise level down.	3D models are created by emitting melted plastic filament (PLA) from the heated extruder. The PLA is supplied in long rolls of different colors. A 150-meter length roll of PLA costs about $20.
Here’s the MODt at work as it lays down a few thin layers of melted PLA.	A few minutes later, several more layers have been added revealing more of the model.
This is the completed 3D model. You can see that the completed project shows a tremendous amount of detail.	The patterns for models are available free from many online 3D libraries. This model was available from the New Matter 3D library.
This model was printed as two separate parts. Afterward, the base and the launcher were combined to turn it into a working catapult.	This white model was also printed as two separate parts – the bottom circular plate and the tall intricate vase. Complex models may take a few hours to complete.

 

 
I’m impressed with the quality of the finished 3D models, especially at the rock-bottom $$300 price. For more information, please visit New Matter.