Custom 3D construction printing solutions for the construction industry. Gantry systems, robotic-arm concrete printers, outdoor furniture, and a comprehensive range of industrial 3D printers.
At BTI, innovation is more than just a buzzword, it's at the core of who we are. We are dedicated to pushing the boundaries of 3D printing, driven by a team of expert engineers, designers, and visionaries who share a passion for pioneering new innovations and setting higher standards. Our focus is on bringing leading-edge solutions to the market, specifically tailored for the construction industry in the 3D printing domain.
Engineered with precision and a commitment to superior design, our custom 3D construction printing solutions cater to a wide range of applications and meet diverse requirements. Whether it's a gantry system or a robotic arm concrete printer, each product is crafted to deliver outstanding results, showcasing our technology's seamless precision and customization. At BTI, we don't just excel in the technology we deploy; we redefine what's possible in 3D construction printing.
Our collaboration with Guanli, a leader in China's 3D construction printer industry, further enhances our capabilities, aligning perfectly with our vision of innovation. This partnership allows us to harness cutting-edge advancements and integrate them into our own approach, ensuring that we are not just constructing buildings, but shaping the future of construction. Together, BTI and Guanli are committed to building more than structures, we're building the future.
See our portfolio
At BTI, our vision is to lead the construction industry towards a future where at least 50% of construction processes are automated. We aim to achieve this through the development of multifunctional construction robots that go beyond traditional 3D printers. These advanced systems will integrate seamlessly into building sites around the world, driving efficiency, reducing costs, and minimizing environmental impact.
Our mission is to revolutionize the construction industry by providing innovative 3D printing solutions that enhance speed, efficiency, and sustainability. We constantly strive to improve our technology to challenge conventional construction methods. By leveraging cutting-edge material science, robotics, and automation, we are dedicated to making carbon-neutral housing a reality and addressing global housing and climate crises.
3D construction printing changes the economics, the design language, and the environmental footprint of everything you build.
Significantly reduces build time due to its automated nature.
Lowers labor costs, material waste, and overall expenses.
Ensures high precision in construction, minimizing errors.
Generates less waste and utilizes eco-friendly materials, contributing to environmental responsibility.
Allows for intricate and customized designs.
The ability to print components on-site speeds up the construction process, reducing project timelines and enabling faster completion.
Our portfolio is a testament to our commitment to innovation, quality, and sustainability. Each project we undertake is an opportunity to showcase the transformative power of 3D printing technology.
01The project consists of hotel units, each comprising two floors. The ground floor features a living room, a kitchen, and a bathroom, while the first floor houses a bedroom. The project encompasses 99 identical units, collectively forming a hotel situated in the desert. The concept of the hotel is designed to simulate life on Mars. The project was executed utilizing a prefabricated construction approach, wherein the units were manufactured through printing processes in a controlled factory environment and subsequently transported to the project site for assembly.
02This structure is a two-storey building, comprising both ground and first levels, directly printed on-site. Each floor spans an area of 250 square meters, culminating in a total space of 500 square meters. The construction was completed within a timeframe of 50 printing hours, showcasing an efficient deployment of advanced printing technology.
03Mosque located in Jeddah, Saudi Arabia. It features a distinctive approach to construction, utilizing prefabricated elements. Currently, the project is in the implementation phase.
04This residential project embodies a distinctive private Chinese aesthetic, particularly evident on the first floor, which is designed in an authentic Chinese style. The wall design draws inspiration from Chinese reeds, adding a unique cultural element to the structure. The property encompasses a floor area of 120 square meters, complemented by an external garden and fence, seamlessly blending traditional motifs with contemporary living spaces. Every component of the residence, ranging from the structure itself to the surrounding fence and garden, was fabricated using printing technology. The printing was conducted using a prefabrication method to accommodate the challenging terrain of the region.
05This project entails a private villa located in Jeddah, Saudi Arabia, featuring a two-storey design encompassing both ground and first levels. The villa spans a total area of 500 square meters. It was constructed utilizing prefabricated printing techniques, meticulously tailored to align with the specific characteristics of the site and its terrain.
06In the field of urban outdoor furniture design, our focus is on the role of these designs in revitalizing the void in public spaces. We emphasize the importance of sustainability, attractiveness, and aesthetics in the development of public areas to ensure the creation of appealing and inclusive environments. Modern and innovative designs transform public spaces into vibrant community centers, reflecting the culture of the place and blending heritage with future vision.
Printed structures, outdoor furniture, and industrial printers in the field.
A team of engineers, builders, and operators turning ambitious 3D construction visions into commissioned projects.
Living in the UAE since [YEAR]. Founded BTI to bring large-format 3D construction printing to the region — a bet that started in a Dubai workshop and now runs as a commissioned printer fleet on real job sites.
The first time I watched a wall come out of one of our printers I just stood there for ten minutes. That's when I stopped doubting any of this.
Engineer behind every BTI printer that leaves the floor. Owns the technical roadmap from machine design through on-site commissioning, and believes the only honest test of a printer is the one that runs in 45°C heat without complaining.
A printer that prints in a lab is a demo. A printer that prints on a job site is a product.
On the road most weeks meeting contractors, developers, and curious skeptics across the region. Closed BTI's first commercial deal, and most of the ones since, by treating every conversation as the start of a real project — not a sales call.
Half my job is selling printers. The other half is convincing my mother I'm not actually building the houses myself.
We're here to help you innovate. Whether you have questions about our 3D printing technology, need assistance with a project, or want to learn more about our services, our team is here to help. Due to the high volume of emails we receive, not all messages may receive responses at this time. We apologize for any inconvenience and appreciate your understanding.
