LUYTEN®

LUYTEN® CEO and Global President Ahmed Mahil MIEAust recently visited Constructions-3D impressive project: the world's tallest 3D printed building and Europe's first three-story 3D printed building. This visit underscores the importance of industry leaders recognizing the transformative power of 3D Construction Printing Technology and its potential to address global challenges. LUYTEN's visit with Constructions 3D's CEO, Antoine Motte, exemplifies a collaborative spirit within the industry, emphasizing that the ultimate goal is to leverage technology to solve pressing construction and social issues worldwide. Stay tuned for exciting joint announcements from LUYTEN and Constructions 3D, as we continue to push the boundaries of innovation and implementation in 3D construction printing. #techsolutions #innovation #ultimategoal #housingsupply #global #europe #continent #architecture #construction #3dprinting #concrete

LUYTEN® CEO and Global President Ahmed Mahil MIEAust recently visited Constructions-3D impressive project: the world's tallest 3D printed building and Europe's first three-story 3D printed building. This visit underscores the importance of industry leaders recognizing the transformative power of 3D Construction Printing Technology and its potential to address global challenges. LUYTEN's visit with Constructions 3D's CEO, Antoine Motte, exemplifies a collaborative spirit within the industry, emphasizing that the ultimate goal is to leverage technology to solve pressing construction and social issues worldwide. Stay tuned for exciting joint announcements from LUYTEN and Constructions 3D, as we continue to push the boundaries of innovation and implementation in 3D construction printing. #techsolutions #innovation #ultimategoal #housingsupply #global #europe #continent #architecture #construction #3dprinting #concrete

3D Construction Printing (3DCP) is transforming the construction industry by offering a versatile and efficient method for building a wide range of structures. One notable application is in civil infrastructure, where 3DCP is being used to create innovative solutions for essential components like bridges, retaining walls, manholes, and more. This particular print, created with the LUYTEN® PLATYPUS X2, demonstrates the precision and capabilities of 3DCP in the civil infrastructure sector. By utilizing this technology, engineers and architects can design and build complex structures with greater efficiency and reduced material waste. The benefits of 3DCP in civil infrastructure include: Design Freedom: 3DCP allows for the creation of intricate and customized designs that were previously impossible or cost-prohibitive with traditional construction methods. Reduced Construction Time: The automated printing process significantly speeds up construction, reducing project timelines and associated costs. Cost-Effectiveness: 3D printed concrete offers a more affordable alternative to traditional materials like steel or precast concrete, especially for complex geometries and large-scale projects. Structural Integrity: 3D printed structures can be engineered to meet or exceed traditional building codes, ensuring safety and durability. As 3DCP continues to advance, we can expect to see even more innovative applications in civil infrastructure, leading to safer, more efficient, and more sustainable construction practices. #3DConstructionPrinting #CivilInfrastructure #SustainableConstruction #Innovation #3DPrinting #ConstructionTech #FutureofConstruction #Engineering #DigitalFabrication #3DConcretePrinting #InfrastructureTechnology #AEC #Architecture #ConstructionInnovation #BuiltEnvironment #3dprinting

LUYTEN® is constantly innovating to deliver unparalleled quality and precision for groundbreaking projects in 3D Construction Printing. This revolutionary technology is reshaping civil infrastructure, opening up a world of design possibilities for bridges, retaining walls, manholes, and more. Structures once considered impossible are now becoming a reality, thanks to the versatility and efficiency of 3D printing. This remarkable print, produced using the PLATYPUS X2, showcases the exceptional accuracy and structural integrity achievable with our cutting-edge technology. We're not just building printers; we're empowering innovators and construction trailblazers to redefine the future of the built environment. #homebuilding #3dprinted #infrastructure #technology #robots #future #3dprinting #digitalfabrication #concreteinnovation #techinnovation #cuttingedge #3dcp

During his recent visit to the United Kingdom, Ahmed Mahil MIEAust Mahil, CEO and global president of LUYTEN® , engaged in crucial briefings with top military leaders. At the Pinnacle, General Sir Charles Roland Vincent Walker, KCB, DSO, ADC Chief of the General Staff, the head of the British Army and Aide-de-Camp to His Majesty. Ahmed also had the opportunity to meet Major General Gregory Novak, Commander of the Australian Defence Space Command. The focus of these briefings centered on Luyten's specialized defense capabilities in robotics manufacturing and 3D construction printing. Ahmed highlighted Luyten's advanced robotics technologies. In addition, Ahmed underscored Luyten's leadership in 3D construction printing, showcasing how this innovative technology enables rapid deployment of building, infrastructure and other special purpose structures. This capability provides flexibility and cost-effectiveness in establishing facilities in challenging or remote environments. Ahmed Mahil's visit underscored Luyten's commitment to advancing defense capabilities through cutting-edge technologies tailored to meet the dynamic challenges of modern operations. LUYTEN® is proud to be a member and to prticipate in the Australian British Chamber of Commerce events.

LUYTEN® CEO & Global President, Ahmed Mahil MIEAust, presided over LUYTEN Senior Engineers commissioning of a cutting-edge PLATYPUS printer at the University of Southern Queensland, where it will be utilized by Dr. Saya Ramakrishnan and his team of world-class scientists. This collaboration highlights LUYTEN's commitment to supporting groundbreaking research. With the fastest deployable printers and unparalleled customer service, LUYTEN ensures that world class researchers have the tools and support they need to achieve remarkable results. We're excited to witness the amazing discoveries that will emerge from this partnership, as Dr. Saya Ramakrishnan and his team at the University of Southern Queensland leverage the PLATYPUS printer's capabilities. #3DPrinting #ConcreteInnovation #DigitalFabrication #TechInnovation #ConcreteInnovation #CuttingEdge #InnovationInAction #FullFactorySetup #3dcp #additivemanufacturing #StructuralStrength #InnovativeDesigns #ModernArchitecture #sustainablebuilding

Perforated walls offer numerous advantages in both aesthetic and functional aspects of design. Their intricate patterns and textures can elevate the visual appeal of a structure while providing benefits such as enhanced ventilation, light filtration, and noise reduction. However, traditionally, the cost of incorporating perforated elements into buildings has been a limiting factor. Pre-fabricated perforated panels can be expensive as special formword pr molds would be needed, and constructing perforated concrete walls using traditional methods requires extensive labor, which increases costs significantly. 3D Construction Printing (3DCP) is revolutionizing this landscape by offering a more accessible and cost-effective solution for incorporating perforated designs. Unlike traditional methods, 3DCP eliminates the need for formwork. Instead, the desired perforated pattern is digitally designed and then directly printed using concrete or other suitable materials. This streamlined process not only reduces labor and material costs but also opens up new possibilities for customization and complexity in design. With 3DCP, architects and builders are no longer constrained by the limitations of traditional formwork. They can explore a wider range of perforated patterns, from simple geometric shapes to intricate organic forms, without incurring additional costs. This democratization of design allows for greater creativity and innovation in architectural projects, making perforated walls a more viable option for a wider range of budgets and applications. #luyten #3dcp #3dprinting #parametricDesign #adaptiveDesign #resrearch #architecture #technology #building #engineering #3dconcreteprinting #platypus #circularconstruction #geometery #computationaldesign #innovation

LUYTEN® is at the forefront of architectural innovation, exploring the harmonious interplay between nature and design through 3D construction printing. A prime example of this innovation lies in the creation of perforated walls, a design element inspired by nature's patterns and textures. Perforated walls, often found in organic structures like coral reefs and honeycombs, offer more than just aesthetic appeal. They serve as natural ventilation systems, filtering light and air to create a comfortable and healthy indoor environment. 3D construction printing empowers architects to incorporate these biomimetic designs into their projects with unparalleled precision and flexibility. By replicating nature's patterns, we can create buildings that not only blend seamlessly with their surroundings but also provide a more sustainable and eco-friendly living environment. The benefits of 3D printed perforated walls are numerous: Natural Ventilation: The perforations allow for passive airflow, reducing the need for mechanical ventilation and promoting energy efficiency. Light Filtration: The intricate patterns filter sunlight, creating a dynamic interplay of light and shadow within the space. Sustainability: 3D printing minimizes waste, uses eco-friendly materials, and reduces the carbon footprint of construction. LUYTEN's technology is paving the way for a new era of architectural design, where nature and technology coalesce to create beautiful, sustainable, and functional living spaces. This is just the beginning of what's possible as we continue to explore the limitless potential of 3D construction printing. #3dprinting #nature #sustainable #design #architecture

LUYTEN 3D construction printers are revolutionizing the industry by enabling the creation of complex architectural shapes and designs, such as perforated walls, without the need for costly formwork. Traditionally, such intricate structures would require extensive formwork, significantly increasing construction expenses. However, with 3D printing, these complex forms can be produced at a cost comparable to simpler shapes, making them far more affordable than traditional methods. This cost-effectiveness is backed by rigorous scientific research and calculations, not personal opinions or wishful thinking. While some misinformed vagrant bloggers and pundits may attempt to downplay the benefits of 3D construction printing, these criticisms often stem from isolated incidents or misinformed generalizations espically when 90% of their covarge is one vendor. True scientific analysis focuses on comprehensive data and evidence-based conclusions. It's important to note that sharing proprietary information and scientific advancements with an unhinged self-proclaimed "journalist" who scumbed to be an online troll, attempting to coerce businesses and researchers, is counterproductive. As such, our focus will be on engaging with genuine journalists, customers and scientific researchers who are invested in understanding the true potential of this transformative technology. 3D construction printing represents a paradigm shift in the industry, offering greater design freedom, cost savings, and sustainability. By embracing this innovation, we can unlock new possibilities for architectural expression and create a built environment that is both beautiful and economically viable.

LUYTEN® is thrilled to partner with ArchManu ARC Next-Gen Architecture, bringing their intricate and imaginative designs to life through 3D printing. The unique perforated patterns made possible by LUYTEN's technology are redefining architectural possibilities, offering a glimpse into the future of home design. This exciting collaboration showcases the growing potential of parametric architecture and its ability to create truly personalized and innovative living spaces. #3Dprinting #architecture #parametricdesign