Inconsistent block heights hurt appearance and trigger safety risks including water pooling and tripping hazards, often causing project inspection failures. Qunfeng QS-series intelligent block-making machines adopt maglev-sensor millisecond tracking, 3rd-generation servo vibration and AI visual inspection to secure molding precision within ±0.5mm, well above EU CE standards. For Hong Kong-supplied Greater Bay Area projects, the machines cut raw-material costs by 22%.

At the concluded 2026 Sri Lanka (Colombo) Building Materials Exhibition, Qunfeng Machinery showcased its new-generation QS-series automatic concrete forming machine and complete green block-making solutions. Its 3rd‑gen servo-vibration technology achieves 20% higher vibration efficiency and 12% energy savings, drawing wide interest from buyers across South Asia such as Maldives and Bangladesh, strengthening Qunfeng’s presence in Belt and Road infrastructure markets.

World of Concrete Asia (WOCA) 2026 has kicked off in Shanghai. Qunfeng Machinery is showcasing its QS series of fully automatic concrete product forming machines and integrated block-making solutions. The company has garnered favor among clients in Africa, Central Asia, Southeast Asia, and the domestic market thanks to its patented third-generation servo-vibration system, thereby leading the global market with “Smart Manufacturing from China.”

Renowned ceramic hub Dehua in Fujian has deployed Qunfeng Machinery’s QS1300 fully-automatic concrete product production line. It addresses production difficulties posed by moisture-prone solid waste, including ceramic residues and waste gypsum. With customized formulas and smart manufacturing, the line turns such waste into high-value green building materials, supporting “Zero-Waste Cities” construction and dual carbon goals.

A Sichuan-based client has adopted Qunfeng Machinery’s QS1000 concrete product production line, resolving challenges related to footprint and O&M while achieving efficient, stable, and intelligent production of building materials, thereby empowering major infrastructure projects in the Chengdu-Chongqing region.

Stronger fly ash bricks cannot be guaranteed with the raising of hydraulic pressure alone. A factory can raise forming pressure to produce smoother surfaces while still holding inner voids, chipping edges, inconsistent compressive strength, and layer separation. Varied moisture content, poor partic