A Guide to Thermoforming
What is thermoforming? We explain this manufacturing method, its benefits, applications, and how it applies to our metamaterial composites.
Meet PEEK, the wunderkind of thermoplastics
PEEK is a high-performance polymer, boasting a unique amalgamation of mechanical, thermal, and chemical properties. We delve into the applications, benefits, and data behind this superstar thermoplastic.
MetaCORE®: Redefining sandwich panel performance
Let's take a closer look at the ubiquitous composite sandwich panel, how it works, and why MetaCORE offers a superior performance option.
Engineering safer and lighter battery boxes for electric vehicles
How can MetaCORE make a better electric vehicle battery box? We drop tested three prototype boxes made of HDPE MetaCORE, PETG MetaCORE, and a standard reference aluminum box. Can MetaCORE outperform the industry standard?
How we built a compression thermoformer for rapid prototyping
We needed a faster, more efficient way to create metamaterial composite cores. So we built our own compression thermoformer.
Metal additive manufacturing: The pros and cons of 3 different methods
What is metal additive manufacturing and how do different methods compare? In this article we discuss bound metal 3d printing, laser powder bed fusion, and hybrid additive CNC – and discuss the relative benefits and disadvantages of each.
Solving real-world engineering problems with captured metal 3D printing
Quick and convenient, 3D printing has a problem: poor quality attachments. Can captured metal 3D printing overcome this issue?
Metamaterial composites: Thermosets versus thermoplastics
Metamaterials can be made from composites, but which is better: thermosets or thermoplastics? And what exactly are these types of composites made out of?
3D printing prototypes: Turning ideas into items
3D printing is an essential prototyping and manufacturing method we use in the development of our mechanical metamaterials. But what is 3D printing exactly and how is it helpful?
How space is the perfect environment for the accelerated aging of metamaterials
The accelerated aging of metamaterials aboard the ISSNL National Lab will allow us to see into the future - and support their adoption into everyday products.