How BAS Helped Deliver a 5-Storey Building in Just 15 Days
In an industry where delays are expected and budgets often spiral, a 750-square-meter residential project in Quezon Province just rewrote the playbook. Delivered in only 15 days using advanced 3D printing technology, the project marks a pivotal shift in how Philippine infrastructure can be built—faster, cleaner, and more cost-effectively.
This isn’t a proof-of-concept. This is real, habitable infrastructure.
🧱 The Power of 3D-Printed Construction
At the heart of this breakthrough was high-performance fiber concrete—a material engineered to outperform traditional mixes in tensile strength, structural cohesion, and thermal insulation. What’s more: over 80% of the composite mix came from industrial solid waste, turning environmental burden into functional architecture.
Each layer was printed directly from a digital blueprint, integrating structural, electrical, and aesthetic components in one continuous build cycle—no formwork, no rework.
🤝 Powered by Global Collaboration
This feat was made possible through BAS Infrastructure’s global partnerships with KURGANSTALMOST (Russia) and SMC (China)—world leaders in industrial-scale steel fabrication and materials engineering. Their involvement ensured not just material strength, but scalability for mass deployment in future local builds.
🛠️ Why It Matters
This build proves a new paradigm is not only possible—it’s already here. Government agencies, LGUs, and private developers now have access to a faster, greener, and smarter method for addressing housing, classrooms, and even municipal infrastructure.
At BAS, we believe infrastructure is more than steel and concrete. It’s about building trust, accelerating timelines, and reducing national waste—all while staying globally competitive.
