LTG Lofts to go’s coodo makes 3D printed communities a reality in partnership with Black Buffalo 3D Construction 3D Printing

LTG Lofts to go’s coodo makes 3D printed communities a reality in partnership with Black Buffalo 3D Construction 3D Printing

LTG Lofts to go, and Black Buffalo 3D Corporation, a Big Sun Holdings Group company and member of Hyundai BS&C family of companies formed a strategic partnership to advance production, distribution and availability of 3D printed mobile housing and commercial spaces across the globe.

LTG’s flagship offering, coodo, is a functional, flexible and mobile modular structure used for holiday, living or working. It sets itself apart from traditional pre-fabricated buildings with its contemporary and breathtakingly beautiful patented design. Since 2012, LTG production partners have created white (aluminum/steel) and grey (wood) coodos serving as sustainable resorts and residences, working spaces and stunning booths for events. This partnership increases the availability of coodos and will help bring a new offering— tredee inspired by 3D print innovation—to market.

LTG Lofts to go’s coodo makes 3D printed communities a reality in partnership with Black Buffalo 3D Construction 3D Printing Newly introduced patented tredee 3D printed home.

Black Buffalo will supply 3D construction printers—invented by Mr. Dong-won Shin, CEO of HISYS, a subsidiary of Hyundai BS&C- along with cement “ink” to LTG developers. These construction printers will enable 3D printing– yes, printing- of entire communities, facilities and offices onsite in a matter of days. This innovative approach minimizes freight costs, improves sustainability and eliminates logistical challenges associated with traditional construction and precast buildings or production. This is only the beginning of the 3D construction print revolution.

Manufacturing on Demand

3D Printing with over 100 materials, shipping globally with competitive low cost, get quotes for your projects now!

Get Quote

“The goals of LTG Lofts to go and Black Buffalo 3D align perfectly,” says Michael Woods, CEO & COO of Black Buffalo 3D Corporation. “Our 3D printers will bring LTG offerings wherever they are needed.”

Worldwide interest in obtaining coodos continues to grow and this partnership will help increase supply to meet demand while introducing new designs and finishes to appeal to a wide audience.

“In addition to creating beautiful living and working spaces, Lofts to go introduced coodo to maximize usability of remote destinations and available open spaces in residential areas, cities and even rooftops,” expressed Mark Dare Schmiedel, CEO and Founder of LTG. “3D printers will allow us more opportunities to create holiday resorts, housing communities and modular commercial parks without the challenges of navigating offshore production and international business hurdles. We are eager to bring better living to people regardless of economic status, location or level of luxury.”

You might also like:

Martian biolith: a “sweet” bioinspired composite for closed-loop extraterrestrial manufacturing: To minimize energy cost, Martian manufacturing strategies capitalize on the abundant inorganic components readily available in the regolith of the planet’s surface. However, these manufacturing methods are based on technologies developed for the bountiful paradigm of Earth and are commonly characterized by processes involving elevated temperature and pressure polymers with complex and dedicated biosynthesis, limited reclamation, and niche uses. Since any resource obtained on Mars comes at an opportunity cost, the sustainable production of these materials must be contextualized in a Martian ecosystem. Towards this objective, nature presents successful strategies of life adapting to harsh environments. In biological organisms, rigid structures are formed by integrating inorganic filler procured from the environment at a low energy cost (e.g., calcium carbonate) and incorporated into an organic matrix (e.g., chitin) produced at a relatively high metabolic cost. Chitin is a paradigmatic example of an organic matrix of mineralized composites; it is the second most abundant organic polymer on Earth (after cellulose) and biology’s recurrent solution to forming structural components. Chitin is produced and metabolized by organisms across most biological kingdoms, including most heterotrophs used as bio-converters of organic matter.

* This article is reprinted from 3D Printing Media Network. If you are involved in infringement, please contact us to delete it.

Author: Victor Anusci

Leave A Comment

Your email address will not be published. Required fields are marked *