The human imagination is always one step ahead of their actual achievements. This is something good since it keeps our minds occupied trying to turn these dreams into reality. Just as J.R.R Tolkien envisioned Mithril, Stan Lee envisioned materials like Vibranium and Adamantium. All of these fictional metals are capable of achieving incredible feats and endure the most adverse conditions. The problem with metals is that they usually tend to be cumbersome to wear and working with them can be incredibly taxing in a real-world setting. While science fiction has acknowledged this fundamental part of regular science to some extent, the human mind has gone way past the use of metals for many tasks these days.
The Ever Evolving Prototyping Industry
Just take a quick look into the specs of most modern architecture projects. These new plans reveal that almost no one in the world uses metal pipes anymore. PVC has proven to be so reliable and lasting that metal has gone the way of the dodo when it comes to plumbing and electrical installation of a household. Will metal be disregarded entirely at some point from the manufacturing industry? Most rapid prototyping china services are working with plastic and ceramics these days, and USA researchers keep doing their best to keep the shift of paradigms moving with every single step they take. Their new development? Tooling with Graphene.
Graphene – A Little Backstory
Before diving in the work being done in the world of rapid prototyping, let’s take a couple of steps back and learn about this material. Graphene is a semimetal considered an allotrope conformed of a single layer of carbon atoms distributed in a hexagonal shape, it was first discovered and categorized in 2004 by scientists Andre Geim and Konstantin Novoselov in the University of Manchester, and it’s considered one of the hardest substances known to man, more so than diamond. It’s almost invisible to the eye in its raw form and is one of the best electricity and heat conductors of the planet. Graphene is created through a complicated chemical procedure, and it’s often used on a lot of practical applications in the real world, too many to list at the moment.
The New Developments of a New Component
Recently a team on the Massachusetts Institute of Technology has managed to extract the necessary components of Graphene and make them compatible with the use of certain plastic resins. These scientists achieved these results by compressing small flakes of the metal at super-heated pressures while researching a solution to fix the Coral rifts that have been damaged in many parts of the world. The Graphene/plastic mixture that remains nameless to this moment has been tested to have a density that just measure 5% the one of metal, but the material it’s also ten times stronger than anything available on the market. As you can imagine most services of rapid prototyping china are eyeing the product to make improvements in all their products.
The implications behind this science mean one step forward in many industries in the world. From military applications to lasting medical appendages that will pass the test of time.