EM3-3505-CMT
Cement & Cement-Like Slurry 3D Printer
Taiwan’s famous civil engineering department for cement/cement-like materials research
Revolutionizing Civil Engineering Materials Research with 3D Printing
With the advancement of digital manufacturing, 3D printing has become an essential tool for material research in civil engineering. Recently, Everplast/E-Plast successfully installed the EM3-3505-CMT Cement & Cement-Like Slurry 3D Printer for a renowned civil engineering department in Taiwan, further enhancing its capabilities in cement material innovation and application research.
This installation will enable academia to conduct more efficient material testing, structural mechanics analysis, and sustainable material research, providing reliable technical support for future construction and infrastructure development.
Optimized Material Compatibility for Structural Performance Testing
The EM3-3505-CMT 3D printer is designed for high material adaptability, capable of processing various cement and cement-like formulations, including recycled materials such as industrial by-products like fly ash, slag powder, and other reusable materials.
🔹 Adjustable extrusion volume and printing speed allow researchers to simulate optimal forming conditions.
🔹 Enables scientific evaluation of compressive strength, shear resistance, and durability, supporting the development of high-performance building materials.
Precision Engineering for Versatile Applications
The three-axis integrated design ensures printing stability and high-precision output.
✔ 500 × 500 × 500 mm printing area – Suitable for precast building materials, architectural components, complex structures, and artistic installations.
✔ Expands innovation possibilities in material development and structural design.
Smart System Enhances Efficiency in Operation & Maintenance
🔹 Quick-release material tank & dedicated water collection tray improve cleaning and maintenance efficiency, reducing labor and energy costs.
🔹 Proprietary smart control software supports multiple slicing programs, making operation intuitive and easy for researchers.
🔹 Enhances test accuracy and reproducibility, ensuring consistent research data.
Advancing Circular Economy & Sustainable Architecture
Everplast is committed to developing green building materials and promoting circular economy applications.
🔹 3D printing technology enables efficient use of industrial by-products and recycled materials, reducing the environmental impact of traditional building materials.
🔹 This installation will further accelerate research on innovative cement and sustainable materials, laying a strong foundation for low-carbon and smart building development.
🌍 Everplast looks forward to collaborating with more academic institutions to drive digitalization and sustainability in civil engineering! 🚀
