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Tampa, United States
1-10 Employees
2020
We are a vertically integrated, architect qualified, licensed, Tampa Bay based, Florida design-build firm (FL-AR101701) and a world leader in design, construction and sales of permitted 3D Printed Concrete Buildings. CPH3D is the leading 3D Printed Concrete design-build firm in the Southeastern United States.
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Click, Print, Home - A 3D Concrete Printing Company
... Click, Print, Home - A 3D Concrete Printing ...
Aalborg, Denmark
1001-5000 Employees
1889
In 1930-31, it began the production of white cement at the factory in Aalborg, Denmark, when there was a requirement for white or pale cement for the use in production of coloured cement. It was not until after the war when larger kilns were built. It was discovered that other factories had stopped their production of white cement, and it was quickly realised that there would be short supply of white cement. A feature common to all deposits in the AALBORG WHITE production process is the lack of contamination by sands and clays which might have been present had the deposits not been a long way from large land masses. This has resulted in very pure limestone ideally suited to the production of white cement. Umbrella brand for commercialized high value adding and high-performing products. As a global leading player in White Cement with production facilities and commercial subsidiary strategically located in four continents, we support our local partners by providing high performance product, value-adding services, extensive technical support, and potential cooperation in (co)developing new applications using Aalborg White® cement. We have been dedicated to offer diversified and flexible customers services encompass Logistics, Warehousing , Technical & Application supports as a practice of Cementir’s customer-oriented strategy.
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AALBORG EXPLORE® 3D Concrete Printing
... AALBORG EXPLORE® 3D Concrete Printing | ...
Seattle, United States
1-10 Employees
We believe that solving the world's housing crisis requires bold thinking and a new approach. We invented groundbreaking technology to make building them faster, more affordable, stronger (and lovely, too). Printing with local, multifarious materials generates less dust and pollutants, emits less CO2, consumes less energy, and generates less construction waste. Our First Principle is: locally available materials. We're seeking an electrical engineer with a specialization in hardware applications, with a heavy preference for candidates with experience in EE in the construction field. We’re looking for passionate and innovative talent to join our team.
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3D Printing Concrete Home Construction / Building | Layer Construction
... Layer offers software, hardware, technology and services for 3D printing concrete construction and building of homes, houses and ...
Prague, Czechia
1-10 Employees
2021
We're a group of Engineers passionate about Technology and Construction. We utilize the latest advancements in Digital tools to revolutionize the way we construct the built environment around us. With over 3 years working full time on advancing this technology, our Founder and CEO Luai Kurdi is one of the leading 3D Concrete Printing experts in the industry. He brings expertise in construction materials and waste valorisation for 3D printable mix formulation and optimisation. Seyed is a Chartered Civil Engineer, and Member of the Institute of Concrete Technology.
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PRINT4D | 3D Concrete & Polymer Printing
... A Worldwide Leading 3D Concrete & Polymer Printing Technology Provider. ...
Melbourne, Australia
1-10 Employees
2020
To bridge the technological gap in large-scale construction and manufacturing industries through the introduction of robust cutting-edge 3D printing/Additive technologies.
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Featured
3D Concrete Printing technology | LUYTEN | 3DCP
... Incorporating AI & advanced non-destructive testing techniques in 3D Concrete Printing. Guaranteed quality. We provide technological solutions for 3D printing, 3d construction printing and contour 3d concrete printing. LUYTEN. ...
Feistritz an der Drau, Austria
11-50 Employees
1999
MAI® International GmbH have been the global experts in plaster and grouting technologyfor over 50 years. Developing and manufacturing innovative and reliable equipment for the building industry and tunnelling and mining applications is what we do best. The range of MAI® machinery makes a valuable contribution to construction projects around the world. GD-Anker (Gebirgs-Dübel-Anker Gesellschaft m.b.H.) was founded in Millstatt am See, Austria, in 1965 as a specialist in rock bolts and injection systems for mining and tunnelling. In the 1980s the first MAI® pumps for mortar injections were put on the market.
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MAI® high-performance 3D-concrete, foam mortar, mixing, injection and conveying technology
... MAI International GmbH sets new standards for 3D-concrete printing, foam mortar production, mixing, injection and conveying technology from the heart of Europe. ...
Colorado Springs, United States
1-10 Employees
2015
We are on a grand service mission using construction technology to help people solve tremendous problems in housing and other built areas. We apply 3D Concrete Printing (3DCP) and other robotics functions to improve outcomes. We believe construction automation is a clear solution to making substantial progress on this growing need. Our products make it possible to reach new levels of quality and design in attainable housing and more.
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Featured
StructureBot - Automation in Construction
... StructureBot a social impact company focused on making housing more affordable through Concrete 3D Printing and automated construction. ...
United Kingdom
1-10 Employees
2017
Natalie and Luke founded ChangeMaker3D in 2017, energised by the potential to use emerging technologies as a force for good. We are fearless in seeking alternative solutions – can things be done better, smarter, more sustainably? We are passionate about driving change for the benefit of communities – sharing our skills, knowledge and technology at a local, national and global level. ChangeMaker3D is established with a goal of using 3D printing technology as a force for good. We are proud to support some of the UK’s largest clients in infrastructure and utilities. Natalie is a pioneering, ambitious leader and finalist for the Design and Build Awards ‘Women of the Year’. Luke is a highly technical and creative thinker who is dedicated to delivering outstanding 3D print innovation for business and society. Carbon reduction (Planet): Technology delivers a 20% reduction in carbon emissions, including Scope 3.
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Home - ChangeMaker3D
... United Utilities, we’re proving the benefits of 3D concrete printing. Discover the potential to transform major infrastructure for all: saving carbon, empowering communities and creating greener jobs. How can we help? We work with you to integrate 3D concrete printing technology […] ...
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3D Concrete Printing Training (As seen on RTE News)
... As seen on RTE news - 3D Concrete Printing Training for industry. Full funding available for companies and individuals working in Ireland. ...
Lam Luk Ka Subdistrict, Thailand
11-50 Employees
Offers complete solutions for machine tools and other mechatronics technologies. since 2000 we have become partner of many companies for upgrade and re-engineering of machine tools for. We have developed our own solutions for robotic machining, fatigue testers. Machine tool CNC upgrades, mechanical revamp, roll grinders, rebuild, retrofit and new machine tools. CNC Design is the largest CNC retrofit company in Thailand.
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CNC Machine Tools Retrofit,Upgrades,Overhaul | CNC Design | Thailand
... 3D Concrete Printing ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for 3D Concrete Printing
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 29 |
| Amount of suitable service providers | 26 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1889 |
| Youngest suiting company | 2021 |
3D Concrete Printing refers to an innovative construction technique that employs computer-controlled robotic arms to extrude layers of concrete based on digital models, creating complex three-dimensional structures without the need for traditional formwork. This method revolutionizes the construction industry by enabling the rapid fabrication of components off-site or the direct construction of buildings on-site, significantly reducing labor requirements, construction waste, and overall project timeframes. The precision and flexibility of 3D Concrete Printing allow for the creation of designs that were previously considered too complex or too costly, opening up new avenues for architectural creativity and engineering efficiency. Moreover, this technology plays a crucial role in promoting sustainability within the construction sector. By precisely depositing the required amount of concrete, it minimizes the excess and can incorporate recycled materials, contributing to environmentally friendly building practices. The impact of 3D Concrete Printing extends beyond operational efficiencies and cost reductions, heralding a future where customized, innovative construction solutions become the norm, thereby enhancing the functionality and aesthetics of built environments globally.
1. Cost Efficiency
3D concrete printing significantly reduces the cost of construction by minimizing the need for manual labor and reducing waste. This technology allows for precise material placement and usage, ensuring that only the necessary amount of concrete is utilized, leading to cost savings on materials.
2. Design Flexibility
This innovative method offers unparalleled design flexibility, enabling the creation of complex and intricate architectural shapes that would be difficult or impossible to achieve with traditional construction methods. Architects and designers can explore new forms and structures, pushing the boundaries of creativity.
3. Speed of Construction
3D concrete printing accelerates the construction process, as structures can be printed layer by layer without the need for traditional formworks. This rapid fabrication not only speeds up project timelines but also allows for quicker occupancy and use of the built environment.
4. Sustainability
The precision of 3D printing in construction reduces waste and optimizes the use of materials, contributing to more sustainable building practices. Additionally, the ability to print structures on demand can lead to a reduction in the carbon footprint associated with transportation and storage of construction materials.
1. Technology Compatibility
Ensure the supplier's technology is compatible with your project requirements, including the types of designs you intend to print and the concrete mix used.
2. Print Speed and Efficiency
Consider the printing speed and efficiency. Faster print times can lead to lower labor costs and quicker project completion.
3. Machine Reliability and Maintenance
Evaluate the reliability of the printing equipment and the supplier's maintenance support. Frequent breakdowns can cause significant delays.
4. Material Quality
Verify the quality of the concrete mix provided or recommended by the supplier. It should meet your project's structural and durability requirements.
5. Cost-effectiveness
Assess the overall cost-effectiveness of the supplier, including initial investment, operating costs, and any additional expenses like training or maintenance.
6. After-sales Support
The availability of after-sales support and training programs can be crucial for troubleshooting and ensuring smooth operation.
7. Innovation and Development
Consider suppliers who invest in research and development to stay ahead of technology trends and offer innovative solutions.
3D concrete printing is revolutionizing the construction industry by offering unprecedented speed, reduced labor costs, and the ability to create complex structures previously deemed impossible. One prominent use case is in the creation of customized components for buildings, such as intricate facades or specialized architectural features. This technology allows for design flexibility, enabling architects and builders to push the boundaries of traditional construction. Another significant application is in the production of affordable housing. With 3D concrete printing, companies can construct homes and residential units at a fraction of the time and cost associated with conventional methods. This approach not only accelerates the building process but also opens up possibilities for addressing housing shortages in less developed regions. Infrastructure development presents another area where 3D concrete printing is making strides. The technology is being used to construct bridges, roads, and other critical structures quickly and efficiently. By reducing construction time and material waste, 3D concrete printing contributes to more sustainable infrastructure projects, with several countries already showcasing fully printed bridges and roadways. In disaster relief scenarios, 3D concrete printing offers a rapid response solution for rebuilding efforts. The ability to quickly erect durable shelters and structures in affected areas is invaluable, providing immediate relief to communities and facilitating faster recovery from natural disasters.
3D concrete printing, a pioneering construction technology, is predominantly positioned at TRL 6-7, indicating that prototype demonstrations in operational environments have been successfully achieved. This placement on the TRL scale is attributed to several technical advancements and remaining challenges. Firstly, the technology has seen significant progress in the precision and speed of printing, allowing for the creation of complex structures that were previously unattainable with traditional construction methods. The development of specialized concrete mixes with optimized setting times and mechanical properties has also played a crucial role. However, the technology is not yet universally standardized, with variations in material formulations and printing processes existing across different platforms. Moreover, scalability remains a technical hurdle, as larger-scale applications necessitate advancements in printer mobility and the ability to print under various environmental conditions. Integration with other construction processes and meeting stringent building codes also pose challenges that are currently being addressed. These factors collectively justify the technology's placement at TRL 6-7, reflecting its transition from controlled environments to broader, more operational settings, albeit with ongoing development to overcome existing technical limitations.
In the Short-Term, advancements in 3D concrete printing are expected to focus on enhancing material diversity and printing speed. Researchers are developing new concrete mixes that cure faster and offer greater structural integrity, allowing for the construction of more complex and detailed structures. Additionally, improvements in printer nozzle technology are anticipated to increase the speed of construction, making 3D concrete printing a more viable option for small to medium-sized projects. The Mid-Term phase will likely see the integration of artificial intelligence and machine learning into 3D concrete printing processes. This integration aims to optimize the use of materials and reduce waste, while also improving structural design through predictive modeling. The technology's application is expected to expand beyond construction, venturing into areas like infrastructure repair, where printers can be deployed to fix bridges or roads with minimal human intervention. In the Long-Term, the focus will shift towards sustainability and extraterrestrial construction. Innovations may include the development of eco-friendly concrete alternatives that reduce carbon footprint, and the adaptation of 3D concrete printers for use in building habitats on other planets, such as Mars. This phase will not only address the environmental concerns associated with traditional construction methods but also pave the way for human colonization of other celestial bodies, marking a significant leap in construction technology.
