At the beginning of the year, as the construction industry resumes work, terms like "new construction," "intelligent construction," and "green and low-carbon" remain at the top of the buzzword list. In an era where the construction sector strives for efficiency, intelligence, and sustainable development, 3D printing technology shines like a brilliant new star, bringing unprecedented transformation to the field with its unique advantages. As a pioneer in the realm of architectural 3D printing, SpaceDicon, a subsidiary of MSTN Group, has officially launched the "Comprehensive Guide to Construction 3D Printing" course. This initiative aims to inject new vitality into the innovative development of the construction industry and promote the overall advancement of technical standards within the sector.
As a multidisciplinary technology integrating advanced manufacturing, materials science, and architectural design, 3D printing in construction boasts numerous advantages such as efficiency, precision, and environmental sustainability. It not only significantly shortens construction timelines and reduces labor costs but also enables precise fabrication of complex structures, unlocking greater possibilities for architectural design. However, the widespread adoption and application of this cutting-edge technology in the industry still face considerable challenges, with shortages of specialized talent and insufficient technical understanding hindering its further development. The "Fundamentals of construction 3D Printing" course launched by Space Smart Construction aims to break these bottlenecks and build a bridge of knowledge and technology for industry advancement. This course holds profound significance and value. From the perspective of technical inheritance and innovation, it systematically organizes the core knowledge system of construction 3D printing, covering the entire chain of technical principles, equipment selection, material ratios, process flows, and quality control. Through accessible explanations and case studies, it conveys cutting-edge technical knowledge to learners, facilitating the inheritance and promotion of this innovative technology while stimulating technological innovation vitality within the industry.
In terms of industry standards and development, SpaceDicon, as the leading drafting unit for standards such as "General Technical Requirements for Construction 3D Printing Robots" and "General Technical Requirements for Concrete 3D Printers", integrates the experience and wisdom gained during the standard setting process into the curriculum. During the learning process, students can gain a deep understanding of industry standards and regulations, which is of great significance for unifying industry technical standards, regulating market order, and promoting the healthy and orderly development of the construction 3D printing industry. The course also closely integrates practical application scenarios, analyzing in detail the application logic of 3D printing in various fields such as municipal greening and river bank protection, and sharing project construction processes and benefit analysis methods. This not only helps students closely integrate theoretical knowledge with practical applications, improve their ability to solve practical problems, but also provides reference for enterprises in project decision-making, technology selection, and other aspects, promoting the widespread application of construction 3D printing technology in more fields.
SpaceDicon has solid technical strength and rich practical experience in the field of construction 3D printing. The company has won the Product Quality Innovation Contribution Award of Beijing Product Evaluation Center - Innovation Achievement Award, Beijing New Technology and New Products and other honors. It has 50+independent intellectual property rights and 20+industry awards. Its construction 3D printing products have been successfully applied to projects such as snowflake of the 2022 Beijing Winter Olympics, flower wall construction of Beijing Tongzhou Sub center, and basic treatment of wind turbines of Goldwind Technology, fully demonstrating the reliability and progressiveness of technology. This course is personally taught by outstanding practical engineers from Space Intelligence Construction. With their rich practical experience and profound professional knowledge, they will bring a feast of knowledge to enterprises and industry professionals.
The launch of the course "General Introduction to Construction 3D Printing" is an important measure for SpaceDicon to actively fulfill its social responsibility and promote industry progress. It not only provides a learning and communication platform for enterprises and industry professionals, but also injects new impetus into the innovative development of the construction industry. I believe that under the guidance of this course, more enterprises and professionals will devote themselves to the research and application of construction 3D printing technology , jointly shaping the new pattern of future architecture and promoting the development of the construction industry towards a more intelligent, efficient, and sustainable direction.
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