Top 50 3d Printed House

This startup manufactures 3D-printed homes using in situ additive manufacturing technology, enabling rapid and cost-effective construction of small residences. By minimizing labor and material transportation, the company provides flexible housing options that can be tailored to individual needs, similar to purchasing a car.

Apis Cor develops robotic construction technology that utilizes concrete 3D printing to build durable homes in 2-3 months, significantly increasing construction efficiency. The company addresses the housing crisis by enabling builders to produce more affordable and accessible housing at scale.

This startup develops three-dimensional construction printing technology that enables the on-demand production of smart and sustainable infrastructure using eco-friendly materials. Their construction printers can create single-to-four-story buildings, significantly reducing labor costs and construction time while promoting green building practices.

This startup provides three-dimensional printing services for sustainable home construction using advanced materials and robotic automation. By offering customized designs and efficient building processes, the company addresses the need for affordable and high-quality housing solutions.

14Trees provides 3D printing turnkey solutions for construction projects, specializing in the rapid production of affordable housing and educational facilities in Africa. By utilizing advanced additive manufacturing techniques, the company addresses the urgent need for cost-effective and sustainable building solutions in regions facing housing shortages.

ICON utilizes 3D robotics and advanced materials to construct residential homes efficiently, addressing the need for affordable housing solutions. The company also supports space exploration by providing robotic systems and materials for construction on extraterrestrial surfaces.

ARC Robotics develops an automated construction solution utilizing a 3D printing robotic platform for building structures. This platform offers a cost-effective alternative to traditional methods, significantly reducing setup time and the need for extensive supervision. The technology aims to lower housing construction costs while simultaneously decreasing the carbon footprint associated with building.

Mighty Buildings utilizes 3D printing technology to create a complete wall system that reduces construction time to as little as three days while minimizing the number of trades required. Their sustainable housing solutions address the need for resilient, cost-effective building materials that comply with international fire, wind, and seismic standards.

AC3D develops a vertically integrated construction automation technology centered on concrete 3D printing. This system includes proprietary 3D printers, material mixes like geopolymer, and specialized software for construction projects. The company aims to deliver construction solutions that are significantly cheaper, faster, and more sustainable than traditional methods.

Polyuse provides industrial‑grade 3D printing systems for on‑site construction, enabling contractors and architects to fabricate structural and architectural components directly on the job site. Its turnkey solution includes large‑scale concrete/composite printers, design‑to‑print software that converts BIM models, and real‑time monitoring with technical support, reducing material waste, shortening build cycles, and allowing complex geometries.

This startup manufactures architectural components using large-scale 3D printing technology with recycled plastic materials, specifically producing concrete formwork and interior/exterior panels. By providing sustainable building materials, the company addresses the labor shortage in construction and enhances resource recycling in the industry.

This startup specializes in 3D bioprinting technology for medical applications, utilizing bioinks to create tissue structures that can enhance regenerative medicine. Additionally, it employs sustainable 3D printing methods to construct housing from renewable waste materials, addressing the need for eco-friendly building solutions.

Briller.House utilizes a digital construction technology that assembles prefabricated components with precision CNC machining, enabling the rapid construction of sustainable homes in just two weeks. This approach eliminates intermediaries and reduces costs, addressing the inefficiencies and environmental impact of traditional building methods.

SmartBlocks Homes develops AI-powered building blocks equipped with onboard sensors that can self-assemble into complete homes. This technology aims to automate construction, enabling rapid and efficient home building.

This company uses flexible robotic systems and transformative technology to automate construction processes. Their software digitizes building plans, allowing robots to manufacture components with repeatable precision offsite. This results in faster, safer, and more affordable home construction with minimized material waste.

Diamond Age utilizes robotic technology and automated assembly lines to construct light gauge steel panelized walls, significantly reducing home building time to a single day. This approach addresses the critical shortage of housing in America by increasing the efficiency and scalability of home construction.

All3DP is a marketplace for 3D printed parts and an online publisher focused on additive manufacturing. The platform connects users with high-volume 3D printing services and provides resources for design, material selection, and troubleshooting, addressing the need for accessible and efficient production solutions in the 3D printing industry.

Freeform operates software-defined, autonomous metal 3D printing factories that utilize advanced sensing and real-time controls to produce digitally-verified parts with high precision. This technology significantly reduces production costs and time, making scalable metal 3D printing accessible across various industries.

Boxabl utilizes patented modular construction technology to mass-produce prefabricated homes that can be folded for efficient transport and installation. This approach significantly reduces housing costs and simplifies the logistics of home delivery, addressing the need for affordable and accessible housing solutions.

Social Construct is developing modular construction technologies that utilize prefabricated components to streamline the building process and reduce construction time. The startup aims to provide affordable housing solutions to address the growing demand for accessible and sustainable living spaces.

This startup provides custom construction services for single and multi-family homes using a patented prefabricated building system that significantly reduces construction time. By minimizing the environmental impact on energy, water, and resources, the company delivers cost-efficient and sustainably designed homes.

This company manufactures modular living spaces using robotic 3D-printed construction techniques. They utilize recycled plastic waste as a primary building material, aiming for zero print waste in their process. The resulting homes offer energy efficiency and significantly faster construction timelines compared to traditional building methods.

Cuby designs and operates Mobile Micro-Factories (MMF)™ that manufacture and assemble homes, significantly reducing labor hours by 10x while improving quality and lowering costs. The startup addresses the critical housing shortage by increasing production capacity to meet the demand for 6.5 million new homes needed by 2030.

Shahaf 3D manufactures fully integrated robotic systems for 3D concrete printing, including printing heads, mixers, and pumps, designed to streamline construction processes. The company provides end-to-end solutions that encompass system installation and staff training, enabling businesses to efficiently adopt and utilize concrete 3D printing technology.

STLFLIX offers a subscription-based library of over 2,000 premium 3D printable STL files, featuring diverse themes and weekly model releases optimized for both FDM and SLA printers. This platform provides users with a continuous supply of high-quality designs, reducing the time and effort needed to source and create 3D printing projects.

COBOD provides advanced 3D construction printing (3DCP) technology, enabling faster, more cost-effective, and sustainable building processes. Their turnkey solutions include high-speed printers, specialized mixing systems, and support for diverse printable materials, empowering construction companies to adopt automated building methods.

Havelar provides a turn‑key, large‑scale 3D printing construction service that fabricates two‑story residential homes on‑site using an exclusive partnership with COBOD and proprietary low‑carbon materials. By automating the build process, it cuts construction time by about one‑third, reduces material waste up to 20%, and delivers affordable, sustainable housing for developers, builders, and land owners.

Building Machines utilizes 3D Casting, a novel additive manufacturing technology, to produce solid precast concrete structures and components. This robotic system significantly enhances the speed, quality, and profitability of construction compared to traditional formwork methods. The technology is capable of fabricating entire residential structures, including foundations, walls, and roofing, as well as exterior features like patios and pools.

Alquist utilizes high-precision 3D concrete printing (3DCP) technology to construct commercial buildings and infrastructure, significantly reducing construction costs and time. By employing carbon-neutral materials and tailored robotic solutions, Alquist addresses the need for affordable housing and sustainable infrastructure development.

This startup develops 3D printing technology specifically for the construction industry, enabling the digitization of building processes through advanced manufacturing and automation systems. By facilitating deep personalization, the company enhances productivity and provides customers with a seamless end-to-end construction experience.

Hapi Homes utilizes pre-engineered construction methods to deliver customizable homes in 12 weeks or less, addressing the lengthy timelines typically associated with traditional home building. By integrating modern design technology and sustainable practices, the company provides tailored living solutions that maximize space efficiency and meet diverse customer needs.

This startup provides robotically assembled housing through a network of automated micro-factories, enabling precise quoting of site, budget, and design requirements. By delivering modular building components for on-site assembly, the company facilitates the construction of sustainable and affordable homes.

This startup designs and manufactures modular homes using biogenic, renewable materials that provide super-insulated and airtight construction to minimize energy consumption. The company addresses the housing crisis by offering cost-effective housing solutions through innovative land assembly and financing models.

Mobbot offers 3D concrete printing technology specifically designed for infrastructure projects, enabling construction companies to produce complex structures with reduced material waste and labor costs. This technology addresses the inefficiencies and high expenses associated with traditional concrete construction methods.

Impressora specializes in sustainable construction using 3D printing technology. The company utilizes natural resources to rapidly fabricate housing structures. This approach offers an efficient method for building durable and environmentally conscious buildings.

Branch Technology utilizes patented cellular fabrication (C-Fab®) to combine 3D printing with conventional construction materials, enabling the creation of complex architectural designs at scale. This technology addresses the limitations of traditional construction methods by allowing for mass customization and energy-efficient retrofits, transforming how structures are conceived and built.

This startup utilizes 3D printing technology to construct buildings in various shapes and sizes, enabling faster and more flexible construction processes. By providing a method for rapid building fabrication, the company helps both private clients and enterprises reduce construction time and costs.

Arplace designs and manufactures custom prefabricated homes using precision fabrication techniques and a fully integrated software platform that manages the entire construction process from design to quality control. This approach addresses the challenges of high costs and unpredictable timelines in traditional construction, delivering affordable, well-built homes tailored to individual properties.

Layn specializes in 3D concrete printing, offering integrated hardware, proprietary software, and custom materials for construction. The company delivers architectural elements and urban infrastructure solutions with increased speed and design flexibility. They focus on producing functional, concrete-printed objects designed specifically for urban environments.

Luyten offers AI-powered 3D concrete printing technology that automates construction, significantly reducing labor, material waste, and project timelines. Their system enables faster, more cost-effective building of structures, from residential housing to infrastructure.

Grondplek offers industrial‑scale 3D concrete printing that automates on‑site fabrication of structural elements, integrating algorithmic design with high‑performance concrete to create complex geometries without traditional formwork. The platform reduces build time and material waste by up to 60 % while delivering superior strength, and it supports hybrid workflows that combine printed components with conventional foundations and building systems for civil, residential, and infrastructure projects.

Shipshape is developing modular hydroponic farms encased in 3D printed living buildings to create a zero-waste, localized food network. This approach addresses food insecurity by providing sustainable vegetable production for communities, meeting the daily consumption needs of 1,200 households.

This startup develops three-dimensional concrete printing technology that integrates artistic design with automated construction processes. Their tools and simulation capabilities enable businesses to produce architectural structures more economically and sustainably, significantly reducing project timelines.

This startup manufactures modular construction services for residential and commercial developers in the United States, utilizing offsite construction techniques, automation, and Building Information Modeling (BIM) with 3D modeling technology. By streamlining the construction process, the company reduces costs and increases housing availability, addressing the growing demand for efficient building solutions.

Matterize is an AI-powered platform that facilitates the rapid customization and ordering of 3D-printed parts in polymers and metals, enabling efficient prototyping and scalable production. The platform addresses the challenges of lengthy lead times and complex manufacturing processes by providing instant quotations and flexible production capabilities, allowing users to transition from single prototypes to mass production seamlessly.

Liberty3D uses robotic 3D concrete printing and modular construction to build resilient, energy-efficient homes faster and with less waste. Their proprietary concrete mix offers enhanced durability and resistance to fire and pests, providing long-term value for developers and builders.

This company provides complete 3D concrete printing systems, including rugged, mobile printers and specialized materials for construction. Their technology offers significant gains in efficiency, achieving up to 70% faster build times and reduced labor costs across residential, commercial, and government sectors. The systems are engineered for durability and feature a multi-functional robotic arm capable of various construction tasks beyond printing.

Proteus Homes utilizes a panelized construction system to streamline the design, permitting, and building processes for custom homes and accessory dwelling units (ADUs). This approach significantly reduces construction time, allowing homes to be built in one day and ready for occupancy in under three months, addressing the lengthy timelines typical of traditional on-site construction.

3D Usher connects users with designers and underutilized manufacturing units to facilitate on-demand production of custom 3D-printed products. This platform addresses the inefficiencies in traditional manufacturing by enabling rapid prototyping and reducing lead times for small-scale production runs.

This startup manufactures custom architectural and landscape features using concrete 3D printing technology, which combines parametric design with the structural integrity of concrete. By employing eco-friendly processes, the company provides tailored solutions that enhance design flexibility while minimizing environmental impact.