Top 50 3d Printed House in Europe

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.

FindNido is a digital platform that facilitates the construction of industrialized homes by managing the entire process from land acquisition to final delivery, utilizing materials such as wood, steel, concrete, and 3D printing. The platform addresses the complexities of homebuilding by providing a transparent, efficient, and customizable experience tailored to individual client needs.

This startup develops concrete three-dimensional printers that utilize customizable nozzle sizes for precise control over layer and bead dimensions. Their technology enables clients to optimize material usage, streamline construction processes, and reduce carbon emissions, addressing the inefficiencies and environmental impact of traditional building methods.

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.

The startup operates a modular home platform that utilizes an automated production line to manufacture fully customizable homes, which are then transported to various locations for assembly. This approach addresses the high costs and logistical challenges of traditional home construction by enabling affordable, efficient, and flexible housing solutions.

This startup develops a printing technology that utilizes artificial intelligence to create complex structures from recycled materials in additive construction. Their solution reduces production time, minimizes waste, and enhances precision, providing cost-effective advantages for clients in aerospace, automotive, marine, construction, and energy sectors.

nHouse designs and constructs eco-friendly modular homes using precision technology and sustainable materials, enabling efficient offsite manufacturing and rapid onsite assembly. This approach addresses the need for affordable housing solutions that minimize environmental impact while providing spacious, high-quality living spaces.

This startup operates a vertically integrated construction company that utilizes flexible modular building systems and a combination of off-site prefabrication and on-site assembly to create multistory residential buildings. By optimizing land use and providing customizable plans, the company delivers sustainable living spaces at affordable prices, addressing the need for cost-effective housing solutions.

The startup manufactures large-scale three-dimensional printers utilizing a unique VFGF variable fused granular fabrication process, which incorporates an algorithm-based variable nozzle to optimize material usage. This technology enables clients to produce larger products more efficiently, reducing waste and enhancing manufacturing capabilities.

LynxCraft offers a cloud-based platform that enables users to design homes using a standardized 19-piece prefabricated construction system, ensuring rapid assembly and high-quality builds. This approach addresses the lengthy and complex homebuilding process by providing real-time pricing and documentation, allowing users to complete their designs and order their homes within minutes.

This company engineers low-carbon concrete foundations for infrastructure projects using computational design and robotic manufacturing. Their optimized approach significantly reduces embodied carbon, material use, and energy consumption compared to traditional concrete construction. The resulting foundations are code-compliant, accelerate project delivery, and support the energy transition toward net-zero targets.

Litehaus offers an end‑to‑end platform that matches homeowners and developers with vetted builders, provides AI‑generated design visualisations, cost estimates, and financing options, and coordinates the full construction workflow in the USA and Portugal. By consolidating design, pricing, financing, and builder selection, it reduces project risk and delivers 5–15% cost savings on residential builds.

Litehaus offers an end‑to‑end platform that matches homeowners and developers with vetted builders, provides AI‑generated design visualisations, cost estimates, and financing options, and coordinates the full construction workflow in the USA and Portugal. By consolidating design, pricing, financing, and builder selection, it reduces project risk and delivers 5–15% cost savings on residential builds.

LEKO LABS develops an AI and robotics-driven system for constructing high-rise buildings using proprietary engineered timber composites. This solution replaces conventional steel and concrete with a structurally superior, prefabricated material that offers integrated thermal and acoustic insulation while achieving carbon-negative construction. The automated off-site fabrication process significantly reduces build times and increases usable floor space compared to traditional methods.

The startup offers a real estate platform that utilizes industrialized construction methods to facilitate the home-building process. Customers can efficiently find land, design prefabricated houses, and secure financing, streamlining the planning and construction phases of homeownership.

Haux offers an industrialized modular construction system that produces high-quality, customizable modular buildings for various sectors, including residential, educational, and healthcare. This approach reduces construction timelines and minimizes site disruption while ensuring strict quality control and sustainability through 100% recyclability and potential for reuse.

SAEKI develops fully automated manufacturing solutions that utilize robotics for 3D printing, machining, and inspecting large, mission-critical parts. By enabling on-demand production with next-day delivery, SAEKI addresses the inefficiencies and long lead times associated with traditional manufacturing processes.

LIQTRA provides custom additive manufacturing solutions using patented multi-nozzle technology to significantly reduce 3D printing process times by up to 75% while maintaining high part quality. This technology enables efficient production of complex parts and small series, addressing the need for faster and more economical manufacturing in industrial applications.

E4-3D operates an e-commerce marketplace for the sale of licensed digital files for certified 3D printed parts, connecting users with certified 3D printing services. This platform addresses the need for reliable access to high-quality, certified digital designs and printing capabilities in the growing additive manufacturing sector.

MX3D specializes in large-scale robotic 3D metal printing using Wire Arc Additive Manufacturing (WAAM) technology, enabling the production of qualified metal parts weighing up to 10,000 kg. The company provides efficient, in-house manufacturing solutions for medium-to-large metal components, addressing the need for high-quality, cost-effective production in various industries.

The startup develops automated post-processing technology and hardware for high-volume production of 3D-printed polymer parts, enabling additive manufacturing facilities to scale efficiently. This technology reduces lead times and manufacturing costs, providing a measurable return on investment for clients.

TRIQBRIQ provides a modular solid wood construction system made from micro-modular wood blocks called BRIQs, manufactured using robotic technology from industrial and salvage timber. This patented system allows for the cost-efficient, flexible, and rapid erection of load-bearing exterior walls using only wooden dowels for connection, eliminating artificial fasteners. The system supports a fully circular economy as the components can be cleanly disassembled and reused at the end of a building's service life.

Planet Smart City designs and develops large-scale, affordable residential projects using a replicable model that incorporates smart technology and sustainable practices. The company addresses the global housing crisis by providing innovative solutions that enhance living conditions while ensuring economic viability for communities across four continents.

UKROPTER manufactures unmanned aerial vehicles (UAVs) designed for military and agricultural applications, utilizing advanced 3D printing technology for rapid production of components. The company addresses the need for cost-effective and efficient drones that outperform more expensive alternatives, enhancing operational capabilities in defense and agriculture.

HAUS is a B2B marketplace offering prefabricated timber-frame systems for net-zero homes, utilizing Modern Methods of Construction (MMC) to achieve wind-tight and watertight structures in just 3-4 days. The platform connects buyers and suppliers with a wide range of sustainable building materials and services, enabling faster and more efficient construction and retrofitting of energy-efficient homes.

Hillnic manufactures precision-engineered housing modules in a controlled factory environment for rapid on-site assembly. This approach accelerates housing delivery timelines and improves cost management for developers focused on smaller housing schemes.

The startup specializes in electroform technology for the post-processing of metal 3D-printed components, providing essential training, technical support, and maintenance services. This enables the automotive and medical industries to produce high-performance, sustainable components that meet stringent safety and reliability standards.

The startup manufactures biodegradable thermal and acoustic insulation panels using 3D printing technology that incorporates agro-industrial waste and a biodegradable adhesive. By utilizing blockchain for a fully traced production process, the company provides sustainable insulation solutions that reduce environmental impact in construction and building applications.

This startup designs and constructs affordable smart homes using modular construction techniques and IoT integration to enhance energy efficiency and sustainability. It provides a cost-effective alternative to traditional homebuilding, catering to eco-conscious consumers who seek modern living spaces with reduced environmental impact.

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.

The startup operates an additive manufacturing platform that enables on-demand design and production of 3D-printed components. By offering services that encompass the design, printing, and management of these parts, the platform helps manufacturers reduce lead times and minimize supply chain risks while lowering their carbon footprint.

AIM3D manufactures cost-effective 3D printers that utilize conventional injection molding granulates to produce high-quality metal and plastic components. Their technology enables rapid production and material reuse, addressing the need for efficient and accessible additive manufacturing solutions in various industries.

CEAD specializes in large format thermoplastic composite 3D printing, utilizing modular robot-based systems to produce high-strength, lightweight components for various industries. Their technology reduces production time and labor costs while enabling the creation of complex geometries that traditional manufacturing methods cannot achieve.

This startup develops environmentally sustainable real estate properties using a proprietary building system called parametric modularization, which automates design processes and allows for customization to meet various zoning regulations. By managing the entire development value chain—from land procurement to on-site assembly—the company addresses the need for adaptable living spaces that foster community engagement.

This startup manufactures building systems from recycled plastic waste to create affordable housing solutions, including shelters for refugees and disaster relief. By utilizing plastic waste, the company addresses the urgent need for cost-effective and sustainable housing options in various emergency situations.

Tala manufactures fully modular residential and utility buildings using prefabricated cross‑laminated timber and certified biobased components. The factory‑built modules can be assembled on‑site in a single day, delivering CO₂‑neutral, high‑performance structures with integrated insulation, green roofs and optional solar and smart HVAC systems. The system targets developers, municipalities and architects seeking rapid, low‑impact construction and circular material use.

Aeditive provides a 3D printing solution for precast concrete manufacturing using the Robotic Shotcrete Printing (RSP) method, which eliminates the need for traditional molds and integrates reinforcement elements directly into the printed structures. This technology addresses the labor shortage in construction by automating the production process, enhancing efficiency, and reducing material waste.

Moos develops modular, circular homes using sustainable materials like CLT for the social and middle-income rental market. Their demountable building system enables efficient, project-independent production and material reuse, addressing housing shortages with reduced environmental impact.

Muance offers a software-driven digital modeling and modular prefabrication solution for the construction industry, facilitating off-site construction that improves efficiency and minimizes material waste. This method directly addresses project delays and cost overruns by enabling precise planning and manufacturing processes.

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.

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.

Plasmics develops advanced multi-material 3D printing solutions featuring the INo Trident, the world's first commercially available induction heated hotend, which enhances print speed and quality. The startup addresses the lengthy production times of custom medical devices by enabling rapid, precise manufacturing of orthoses and prosthetics within hours instead of weeks.

Modulmatik is an integration platform that utilizes artificial intelligence and modular construction technology to streamline the planning, production, and assembly of energy-efficient buildings. By connecting construction developers and manufacturers, it reduces project timelines by 30% and costs by 15%, while ensuring compliance with local regulations and optimizing resource use.

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.

A-Metal offers an affordable, compact metal 3D‑printing system designed for small‑to‑medium enterprises. The machine combines a small footprint with safe powder‑handling and step‑by‑step user software, enabling production of prototypes and low‑volume series without extensive expertise. By lowering cost and complexity, A‑Metal makes additive metal part manufacturing accessible to a broader range of industrial users.

Havelar delivers turn‑key, 3D‑printed residential construction using COBOD additive manufacturing technology, enabling developers and landowners to build two‑story homes faster, at lower cost, and with reduced carbon emissions. The company integrates internationally awarded architectural design with locally sourced, low‑carbon materials to create durable, affordable housing communities. Revenue is generated through project contracts and construction services for large‑scale residential developments.

iFactory3D specializes in automated additive manufacturing using a unique 3D belt printing technology that produces long, complex geometries without the need for support structures. This approach enables cost-effective, high-quality production of custom plastic parts at scale, significantly reducing lead times and material waste for industries such as automotive and construction.

SYSTEM 3E utilizes a patented dry-stack construction system made from 99% perlite, allowing for the rapid assembly of walls without the need for mortar, water, or additional insulation. This technology significantly reduces construction waste by 80% and minimizes carbon emissions, addressing the inefficiencies and environmental impact of traditional building methods.

The startup produces carbon-reinforced composites using a proprietary technology that enables the continuous printing of fiber composites with various matrices. This approach enhances mechanical performance across industries, addressing the need for stronger and more durable materials in manufacturing applications.