What is Multi-material Object 3D Printing System and Technology?

Multi-material Object 3D Printing: We are very well aware of the evolution of 3d printing. You can read more at our 3D Printing Archive for more broader perspective. 3D printing Technology is going to be most popular technology from last few years. But, Today we are get an idea about new development in the field of 3D printing technology, call Multi-material object 3D printing system.

What is multi-material object 3D printing system actually?

Current 3d printer technology only print single material. Or you can say monolithic material. But, with Multi-material object 3d printing system, we can print multiple materials. But, The technology to 3D print with multiple materials is still an expensive prospect.

Multi-material Object 3D Printing,

What is MultiFab 3D Printer?

Last year, researchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) introduced MultiFab. A printer that can create multi-material object 3D printing in a single print run.

At the time of MultiFab 3D Printer introduction. MultiFab was lauded as a reasonable cost alternative to existing multi-material printers with $250,000 price tags.

Multi-material object 3D printing system Foundry.

Now, MIT’s CSAIL has addressed interfaces user-friendly enough for non-programmers problem. As well, with the introduction of Foundry, a system for custom designing a variety of 3D-printed objects with multiple materials that doesn’t require a PhD in programming to understand.

Existing inkjet-based multi-material printers can print with a resolution of up to 1600 DPI (~16 microns). There are currently no tools that would allow a user to design metamaterials or spatially-varying materials at such high resolution.

Then there are the processes that would have been impossible and not simply complex with previous multi-material printing platforms.

Multi-material object 3D printing Foundry System Video:

How Foundry System Works?

Multi-material object 3D printing system Foundry’s very high resolution could even open up new additive manufacturing capabilities. Such as creating parts with varying material properties.

For instance, when designing electronics packaging that needs to be shielded and mounted in a rugged environment. A designer could create it to be rigid where the mounting occurs. And then slowly become more elastic near the electronics for the purpose of shock absorption.

Similarly, a dental appliance could be create that varies from strong and rigid. Where it’s mimicking the hardness of teeth to a soft and compliant material that interacts with the gums.

In general, spatially-varying materials allow a paradigm shift in product design. Instead of selecting a particular material from a catalog based on its known mechanical or thermal properties. A designer can precisely specify the required properties in a continuous space.

The materials actually used during the printing process can serve as something akin to basis vectors. That can span a particular continuum of material properties, That can be describe using these constituent materials.

By using different topological arrangements of the basis materials. The product designer can freely interpolate within this continuum and match the precise functional requirements of the multi-material object 3D printing system final part.

Know more about latest 3D Printing Technology:

So, Friends, this is all about latest multi-material object 3D printing system. Let’s see how this multi-material object 3D printing system is useful for construction industries. Have you share something on the 3d printing thread. Just share with our comment system bellow. And, stay tuned for more updates on multi-material object 3D printing system news.

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