TELIC PARTNERS WITH UNDER ARMOUR’s FORMER INNOVATION DIRECTOR TO LAUNCH 3D PRINTED FOOTWEAR

Boise, Idaho, November 18, 2019 - Telic International LLC has announced today that they have entered into collaboration with Alan Guyan, Founder & CEO of Additive Accelerator LLC, to launch limited edition Telic 3D Printed footwear in 2020. Alan Guyan is the former Innovation Director of Under Armour, who launched Under Armour’s first line of 3D printed training shoes, including UA Architech, Michael Phelps Olympic Edition, Futurist and Ray Lewis Hall of Fame.

Rocco Azzarito, co-founder & CEO of Telic stated his vision: “My grandfather Frank was a shoemaker from Southern Italy and learned how to make shoes one at a time from his father. Rather than use generic sizing, he would custom build shoes according to precise foot measurements; consequently the fit was always perfect. Today, 3D printing allows us to custom build shoes one at a time as Frank did, for a perfect fit every time. 3D print manufacturing is the future of footwear.”

Alan Guyan of Additive Accelerator explained that “The Telic collaboration is another leap into the future for scaling 3D printing and building great products. It will also allow Telic to bring a personalized experience to all their footwear customers, and I’m very excited to share in the next chapter of additive manufacturing footwear to the market.”

ABOUT TELIC INTERNATIONAL LLC
Boise Idaho based Telic is a leading provider of aftersport recovery & comfort footwear. Launched in the U.S. in 2012, the brand is now sold throughout the world. Telic aims to become one of the first footwear brands to incorporate personalized additive manufacturing in production. For more information visit www.telic.com or follow @telicfootwear

ABOUT ADDICTIVE ACCELERATOR LLC
Additive Accelerator, based in Baltimore, Maryland specializes in identifying the best product end-use application for 3D Printing that are scalable, transferable, and profitable. The company provides optimized solutions for 3D Printing by using a modular manufacturing approach. For more information visit www.additiveaccelerator.com or follow @additive.accelerator