As the core load-bearing component of floor structures, floor trusses serve as the critical link between steel beams and concrete slabs, directly determining a building’s load-bearing capacity, seismic performance, and construction efficiency. Widely used in high-rise buildings, industrial plants, warehousing and logistics centers, bridges, and office buildings, these trusses not only replace traditional formwork to shorten construction timelines but also enhance floor integrity and stability. Meeting multiple requirements such as load-bearing, fire resistance, and sound insulation, they significantly reduce overall construction costs, making them an indispensable core material in modern steel structures.

As the core equipment for manufacturing standardized, high-strength floor slabs, high-quality slab forming machines are pivotal to unlocking efficient steel structure construction. With precision forming technology, high productivity, and stable performance, these machines transform raw materials like color-coated steel, galvanized sheets, and aluminum-magnesium-manganese alloys into standardized, high-strength, and adaptable floor slab profiles. Perfectly meeting the personalized load-bearing requirements of global steel structure projects, they have gained widespread acclaim from overseas steel manufacturers, construction contractors, and building material suppliers, emerging as a top export product in the steel structure machinery sector.

Innovative structure, efficient operation, quality improvement and efficiency enhancement

Our premium floor slab forming machine integrates cutting-edge international technologies in its structural design. The frame is constructed from 45# steel and Cr12MoV alloy, processed through vacuum annealing heat treatment to deliver exceptional load-bearing performance and significantly extended service life. The machine’s scientifically designed layout features seamless integration of calibration, feeding, forming, cutting, and discharging zones, operating in coordinated synergy like a precision-engineered machine assembly. This ensures uninterrupted, high-efficiency production flow, dramatically boosting floor slab manufacturing productivity.

In the leveling zone, high-precision leveling roller assemblies precisely correct material flatness, effectively eliminating issues like sheet bending, wrinkles, and edge warping, thus laying a solid foundation for subsequent forming processes. The feeding area employs an automated feeding system compatible with materials ranging from 0.8mm to 1.5mm thick, including galvanized sheets, color-coated sheets, and aluminum-magnesium-manganese plates, ensuring stable, deviation-free, and scratch-free feeding to minimize material waste. The cutting zone features high-precision hydraulic cutting components and dual clamping roller assemblies that simultaneously secure materials and perform precise cuts. A real-time counter tracks cutting quantities, providing accurate data for production management. The system also allows flexible adjustment of cutting dimensions to accommodate various floor slab specifications such as YX76-344-688, YX51-305-915, and YX65-185-555, meeting diverse architectural load-bearing design requirements.

The forming zone serves as the core of the equipment, featuring a multi-layered configuration of precision forming roller assemblies. This system includes a main forming roller assembly, rib forming roller assembly, and fine correction roller assembly, which collaboratively complete the progressive forming process of floor slabs. The forming rollers undergo specialized grinding and quenching treatments, ensuring smooth surfaces without burrs, along with exceptional wear and corrosion resistance. These rollers enable precise control over rib height, rib spacing, and bending angles, with bending angle deviations maintained within 0.3°. This design effectively prevents issues like sheet cracking, deformation, or dimensional errors caused by excessive single-deformation loads, guaranteeing each floor slab achieves uniform shaping, full-coverage ribs, accurate dimensions, and load-bearing performance that fully complies with international standards for high-end steel structure construction.

Intelligent control, easy operation

To meet diverse operational needs worldwide and reduce labor costs, the high-quality floor slab forming machine features an imported intelligent PLC control system. Serving as the equipment’s “brain,” the controller establishes precise electrical connections with critical components including feeding, forming, cutting, counting, and calibration, creating an efficient intelligent production control network. Balancing automation and user-friendly operation, even first-time operators can quickly master the system after brief training.

The equipment features a high-definition touch interface with a clean, intuitive design and multilingual support (English, Spanish, Arabic, Russian, etc.). Operators simply input parameters like panel thickness, forming dimensions, cutting length, and production quantity. The controller automatically issues commands to precisely coordinate component operations, achieving full automation from raw material feeding to finished product output. This minimizes manual intervention, effectively reducing operational errors and significantly boosting production efficiency and floor panel product pass rates. When the preset production quantity is reached, the equipment automatically stops to prevent material waste from overproduction, further lowering production costs.

Furthermore, the equipment features a comprehensive self-diagnostic system that continuously monitors component performance. When circuit failures, mechanical jamming, material shortages, or hydraulic system anomalies occur, it instantly locates the fault, triggers alerts, and displays detailed troubleshooting instructions on the touchscreen. This enables maintenance teams to resolve issues swiftly, significantly reducing downtime and ensuring uninterrupted operation. Additionally, the system supports remote debugging and technical support, allowing overseas clients to access professional assistance through online interfaces. This eliminates geographical barriers, enabling rapid resolution of operational and maintenance challenges.

Excellence in quality with minimal error, designed for high-end load-bearing requirements

We consistently prioritize product quality. Our high-quality floor slab forming machines strictly adhere to international steel structure machinery standards in quality control. Every step—from raw material procurement and component processing to final assembly—is rigorously inspected to ensure stable equipment performance and precise product accuracy. The core of quality assurance lies in the precision forming roller groups in the forming zone. Through a layered progressive forming process, the deformation of the sheet metal is strictly controlled within a reasonable range, effectively avoiding common issues in traditional forming machines such as uneven ribs, significant dimensional deviations, and insufficient load-bearing capacity in floor slab ribs.

The main forming roller assembly shapes the floor slab’s primary profile, precisely controlling surface flatness and dimensional accuracy. The rib forming roller assembly specializes in fine processing of load-bearing ribs, ensuring uniform rib height and spacing to enhance load-bearing capacity and bending resistance, meeting diverse architectural load design requirements. The fine finishing roller assembly performs secondary correction on formed slabs, optimizing dimensional precision and surface smoothness to control dimensional errors within ±0.1mm, achieving a product qualification rate exceeding 99%—far surpassing industry averages. This performance meets stringent requirements for high-end overseas steel structures and large industrial plants. All wear-prone components like guides and springs are imported, guaranteeing over 1 million stamping cycles to ensure equipment durability.

The equipment supports a wide range of common floor slab materials, including galvanized steel, color-coated steel, aluminum-magnesium-manganese alloy, and stainless steel. It accommodates various specifications and designs, meeting the diverse needs of different regions, architectural styles, and load-bearing standards worldwide. With exceptional adaptability, it stands out in the market.