电缆桥架成型机

电缆桥架滚压成型机

电缆桥架成型机

电缆桥架成型机

电缆桥架滚压成型机

Amid the prevailing trend toward large-scale, precision-driven, and cost-effective development in the steel structure industry, the limitations of traditional bending, welding, and modular processing methods have become increasingly apparent: significant manual forming errors, cumbersome specification switching, high material waste rates, and persistently elevated labor costs—all rendering these methods inadequate for meeting the mass production demands of standardized profiles in sectors such as photovoltaic energy, prefabricated construction, warehousing and logistics, and transportation infrastructure. With years of expertise in cold-formed steel equipment R&D and manufacturing, our company specializes in offering a comprehensive range of intelligent steel forming machines. Leveraging mature cold bending and rolling processes coupled with CNC servo control systems, we deliver efficient, precise, energy-saving, and multifunctional integrated steel processing solutions that enhance quality and efficiency for major processing plants, steel structure manufacturers, and profile producers, enabling fully automated production workflows for steel profiles.

Covers all categories of machinery models, with customized adaptation for production of steel profiles in various specifications.

C/Z interchangeable all-in-one machine: Enables one-click intelligent model switching and rapid profile specification changes within 10 minutes, compatible with galvanized steel (0.5–6 mm thickness), color-coated steel, and stainless steel coils, ideal for mass production of factory roof purlins and load-bearing roof profiles.

Fully automatic adjustable steel forming machine: Features CNC-based continuous width and height adjustment without requiring roller disassembly, suitable for customized processing of non-standard steel sections with various heights and hole diameters.

Photovoltaic-specific steel forming machine: Designed for precision punching and forming of photovoltaic mounting brackets and foundation steel profiles, ensuring accurate hole positioning and suitable for mass production of outdoor corrosion-resistant profiles.

Heavy industrial steel forming machine: Featuring a heavy-duty frame design optimized for thickening channel steel, load-bearing angle steel, and high-strength rolling of construction machinery steel sections, offering exceptional load capacity and stable performance.

All models support both standard stock versions and customized solutions. We can design tailored integrated production lines for rolling, punching, and cutting based on customer-specific factory dimensions, raw material specifications, finished product sizes, and production capacity requirements, enabling seamless one-stop implementation.

The advantages of high-performance equipment directly address the key challenges in industrial production.

Micro-scale molding accuracy, with a near-perfect product pass rate.

The equipment employs alloy wear-resistant rolls combined with dynamic clearance compensation technology, optimizing the multi-pass progressive rolling process. The profile bending radius error is controlled within ±0.2 mm, while the punching diameter and length errors are ≤±0.1 mm. The finished profiles exhibit high straightness, no distortion or scratches, and meet required surface finish standards without requiring secondary grinding or correction, directly complying with national standards for structural load-bearing, support assembly, and mechanical components, thereby reducing defect losses at the source.

High-speed, large-scale mass production with a capacity far exceeding that of traditional processes.

Equipped with a variable-frequency servo drive system, the equipment operates at speeds of 30–35 m/min and achieves a daily output capacity of 15–20 tons per unit, representing a 60% improvement in efficiency compared to traditional split-process machines. It integrates automated processes—including unwinding, leveling, punching, forming, fixed-length cutting, and palletizing—enabling continuous operation throughout the entire workflow and eliminating downtime caused by process interruptions. This design is ideal for large-scale orders requiring tight deadlines or routine high-volume production.

PLC-based intelligent numerical control system – simplifies operations, reduces costs, and saves effort.

Equipped with an industrial touch-sensitive PLC-based intelligent control cabinet featuring hundreds of pre-programmed profile parameters, operators can instantly retrieve specifications, set length and hole spacing, and adjust operating speed—all requiring no prior training. The system includes built-in automatic fault alarms and traceable shutdown functions to reduce equipment failure rates. With fully automated operation, each unit requires only one operator, significantly cutting labor costs associated with bending, welding, and cutting processes while alleviating recruitment challenges for enterprises.

Durable and robust construction for long-lasting stability with minimal maintenance requirements

The entire unit features a welded frame constructed from thickened I-beams, with comprehensive tempering and stress-relief treatment ensuring no deformation or vibration even under prolonged heavy loads. The transmission components utilize precision gear systems that are wear-resistant and rust-proof. The hydraulic system incorporates heat dissipation and noise reduction devices, resulting in low operating noise and minimal oil leakage. With optimized oil circuit design and highly interchangeable components, maintenance is simplified, enabling a service life exceeding 10 years and significantly reduced long-term operational costs.

Low-carbon and resource-efficient design, maximizing the utilization rate of raw materials.

The closed-loop fixed-length cutting and precision punching process generates minimal waste material, elevating steel utilization rate to over 98% and eliminating large-scale steel wastage associated with traditional cutting and bending methods. The equipment features optimized energy consumption design, with variable-frequency energy-saving motors operating on demand, achieving a 20% electricity savings compared to conventional systems—fully aligning with modern factories’ requirements for green production, cost reduction, and energy efficiency management.

Versatile application scenarios, tailored for steel processing across the entire industrial chain.

This series of steel profile forming machines is designed for specialized production across various industries, with partners nationwide and products exported to numerous countries worldwide. Key application areas include:

Prefabricated steel structure buildings: Manufacturing of C/Z purlins, wall frames, and floor slab profiles for industrial plants, warehouses, venues, and light steel villas.

New Energy Photovoltaic Industry: Mountain photovoltaic systems, residential photovoltaic installations, power station mounting structures, and customized production of corrosion-resistant steel base plates.

Storage and logistics infrastructure: Specialized rolled steel profiles for heavy-duty shelves, storage columns, and partitions.

Transportation and Construction Machinery: Processing of guardrail steel sections, equipment load-bearing channel steel, and cold-formed profiles for rail transit applications.

Integrated prefabricated buildings: Containers and modular house frames are manufactured through integrated molding processes using standardized profiles.

Common Issues and Solutions for Steel Section Forming Machines

Summary

From extensive manual processing to intelligent, fully automated forming, a high-quality steel profile forming machine serves as the core solution for enterprises to reduce labor costs, enhance production capacity, ensure consistent quality, and expand product offerings. Our machines combine cost-effectiveness, stability, and scalability, meeting the dual needs of small-to-medium manufacturers for initial mass production and large enterprises for large-scale expansion. We offer rapid delivery and swift customization of non-standard models.