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Georgia Tech may use Carbice startup as a model for a nano-manufacturing center


Bara Cola CEO and Craig Green CTO
Carbice CEO Bara Cola (left) and CTO Craig Green

Georgia Tech research, expertise and equipment helped Atlanta startup Carbice create a product that uses nanotechnology to prevent electronics from overheating.  

As Carbice is working to scale the manufacturing of its Carbice Carbon product after raising a $15 million Series A round, Georgia Tech is considering using that startup’s success as a model to create a center for nanomaterial manufacturing.  

“If we were to use these lessons learned and create a nano-manufacturing center, then this center could serve as a hub to help other companies, whether it be startups like Carbice or other manufacturers that want to get into nano-manufacturing,” said John Morehouse, director of the Georgia Center of Innovation for Manufacturing who helped connect Carbice to resources across the state to scale its business. 

A nanomaterial is less than 100 nanometers and has uses across different industries, such as in electronic circuits, paints or vaccines. 

“Nanomaterials allow you to tailor the properties of whatever your ultimate application is,” said Craig Green, Carbice's chief technology officer. “You can manipulate things at almost an atomic scale, so you can be very targeted and strategic.” 

Green said Carbice’s nanomaterials are high thermal conductivity fibers, which are put on a small piece of aluminum foil. The product looks like a black piece of aluminum foil, Green said, which then can be stuck onto a device in a computer to reduce the amount of heat it generates.  

The product came out of Georgia Tech professor Baratunde Cola’s research as part of a program with the federal Defense Advanced Research Projects Agency, which focuses on research and development for emerging technologies. 

Cola founded Carbice in 2011 with the intention to scale the product for manufacturing. It became a customer-facing business in 2017, working with semiconductor manufacturers and companies that create laptop processors and data centers.  

In 2017, it raised a $1.5 million seed round led by TechSquare Labs and GRA Venture Fund to start its commercial adoption. With its Series A round led by Downing Ventures that was announced earlier this month, the company will scale its manufacturing to move into larger markets.  

“As we start to move into high-performance computing and consumer electronics, we have to be able to deliver much, much larger volumes,” Green said. “We’ll be able to do that with the support of this investment.” 

Carbice’s commercial transformation is the model Georgia Tech is using as the university considers creating a center for nano-manufacturing. Morehouse said the university is currently applying for grants to enhance different features of its nanotechnology research equipment.  

Georgia Tech already has an Institute for Electronics and Nanotechnology, but a nano-manufacturing center would create a more standardized path for companies to move from the lab to the market. 

A Georgia Tech spokesperson confirmed the center was in its development stage, but no timetable or funding has been announced.  

Morehouse said a Georgia Tech center for nano-manufacturing could attract companies into the state and help solidify Georgia Tech as a leader in nanotechnology. 


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