Innovation and digital transformation
We drive the transformation of the construction sector based on knowledge and leveraged by digital technologies and tools.
We drive the transformation of the construction sector based on knowledge and leveraged by digital technologies and tools.
innovation certified by Minciencias
driving internal and open innovation
3D printed with concrete
investment
We seek to leverage the open innovation ecosystem by fostering business sustainability, strengthening partnerships, leveraging solutions developed by startups, SMEs, and other companies, or developing solutions for shared challenges.
The fourth laboratory in the INNpulsa – CEmprende network of physical spaces in the country and the second in the city of Medellín.
This space is located in the Buró 4.0 Building in Medellín, Antioquia, where entrepreneurs connect with CEmprende's strategic allies nationwide, hold networking events and activities, co-create, and engage in open innovation challenges and initiatives for the construction, infrastructure, and real estate sectors.
A space located at the Antioquia School of Engineering, connecting with the innovation ecosystem and creating new solutions that positively impact our business and society. Here, we connect with new talents who can later become great leaders of transformation and change for the construction sector.







This alliance aims to support research into the digitalization of construction, robotics, information modeling, 3D printing, and sustainability in Florida, and several projects are currently underway.
Incorporating drone technology into inspections
Drones to measure construction progress and conduct remote inspections, incorporating augmented reality and BIM models into real-time images.
Sustainability study
The lab will analyze Florida's current status in sustainability efforts in the building sector, with the goal of proposing a collaborative pilot project that will generate value for the environment.
BIM methodology
Improving the BIM skills of future industry professionals is a priority for Conconcreto, which is why a case study on programming, budgeting, and design will be conducted for one of the housing projects.





An internal innovation program that recognizes the ingenuity and creativity of our employees, enabling them to optimize time, reduce costs, and innovate.
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Recognition from Colciencias for choosing us as one of the 89 highly innovative companies in Colombia (2016)

Great Culture to Innovate certified Conconcreto as a company with an exemplary innovative culture in the country, at the first organizational meeting on innovation culture entitled: Innovation Catalyst (2019)

Camacol Antioquia Innovation Award (2nd place) for the company's advancements in large-format 3D printing in concrete, which included the construction of a habitable housing module at EIA University and the development of urban furniture pieces. (2019)

Proptech Awards: Conconcreto was recognized as the best construction company with technology applications at the Proptech Latam awards ceremony, for being a company that is committed to innovation in the sector, a pioneer in prefabrication, and that leverages technologies such as 3D concrete printing and BIM modeling. (2021)

ANDI Business Innovation Ranking: an annual publication that aims to recognize the effort, performance, and achievements of companies in the country's innovation dynamics. For the second consecutive year, Conconcreto is among the Top 20 nationally and continues to be the leading company in the construction sector. (2021-2022)

Minciencias Recognition for the “Innovación Conconcreto” Research Group: Thanks to our research projects, we achieved this recognition and some of our results include research theses, scientific articles and patents.

Reusable metal structure for quick assembly and disassembly on site.

Automatic baskets for moving material from one place to another, especially in hard-to-reach places

Device for the construction of concrete structural elements subjected to compressive stresses prior to their commissioning (prestressed elements).

Construction systems for column-column and beam-column joints.

Device for connecting two or more building elements, allowing the directions of the elements to be adjusted.

A computer-implemented method that quantifies, optimizes, and distributes pieces of construction material, which may include materials for false ceilings and surface coverings such as tiles, among others.





