Stud and Track Roll Forming Machine

Stud and Track Roll Forming Machine

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Stud and Track Roll Forming Machine

Stud and Track Roll Forming Machine

Conventional frame forming machines on the market commonly suffer from issues such as body vibration, deformation during molding, significant dimensional deviations, rapid wear, and high failure rates. In contrast, high-quality frame forming machines, featuring optimized structures, precision machining, and sophisticated electronic control systems, enable long-term stable mass production with zero defect-free products and low operational costs. Their key advantages are concentrated across six critical dimensions: structural design, core components, transmission and cutting mechanisms, electronic control systems, product quality, and operating costs, as detailed below:

Heavy-duty reinforced structure that maintains its shape during long-term operation

The high-quality model is constructed from a single thick steel plate welded together, with its frame subjected to specialized stress-relief tempering treatment to completely eliminate internal welding stresses. The equipment features a robust and stable base paired with an integrated gantry-frame structure, ensuring no vibration, displacement, or deformation during high-speed, continuous rolling operations. This design fundamentally prevents defects such as profile distortion, lateral bending, and wavy edges, making it suitable for both high-speed thin-material processing and high-pressure thick-material forming while significantly extending the equipment’s service life.

Precision heat-treated rolls with excellent wear resistance and no pressure-induced damage

The core forming rolls are manufactured from high-hardness bearing steel and subjected to a dual heat treatment process of quenching and tempering, ensuring surface hardness meets specifications and exceptional wear resistance. When used for long-term rolling of galvanized steel strips and high-strength steel, these rolls exhibit minimal grooving, wear, or peeling. All rolls undergo CNC precision turning and grinding, achieving uniform cross-sectional curvature and dimensions. A multi-stage progressive bending design eliminates the need for single-pass forced bending, resulting in well-defined, smooth edges with no scratches or pressure pits on the profile surface while fully preserving the corrosion-resistant properties of the galvanized coating. Additionally, the parallelism and concentricity of all rolls are precisely calibrated to ensure uniform profile formation and consistent wall thickness.

Stable transmission system with low failure rate due to consistent power delivery

Equipped with a national-standard high-power reducer and a reinforced chain/gear transmission structure, it delivers uniform and robust power output with perfectly synchronized roller speeds, effectively eliminating issues such as uneven feeding rates, slipping, or jamming. The drive shaft features high precision and minimal concentricity errors, paired with high-quality heat-resistant bearings that ensure low operating noise and minimal heat generation, enabling 24-hour uninterrupted mass production. The transmission system exhibits no abnormal wear or shutdown failures, making it ideal for high-intensity production environments.

High-precision cutting system with smooth cuts and precise dimensions

High-end premium models are standardly equipped with a servo-controlled flying shear non-stop cutting system, which differs from conventional hydraulic stop-cutting systems by offering higher production efficiency and controllable precision. The cutting blades are made of wear-resistant alloy material, featuring high hardness, excellent chip resistance, and superior wear resistance; resulting in flat, smooth rib end surfaces free from burrs or chamfers, eliminating the need for secondary grinding. The equipment maintains strict control over fixed-length cutting errors within ±0.5 mm, ensuring consistent dimensions across mass production batches and strong interchangeability of profiles, fully meeting stringent requirements for engineering applications and international export orders.

Intelligent stable electronic control system with user-friendly operation and strong anti-interference capability

Equipped with an industrial-grade PLC-based intelligent CNC system, the device features a simple and intuitive touch interface that allows one-click adjustment of parameters such as production length, output rate, hole spacing, and operating speed. Parameters are stably stored without issues like character corruption, loss, or false triggering. The servo-driven feeding system offers precise control with adjustable speeds, making it suitable for various production scenarios including high-speed forming of thin materials and low-speed rolling of thick materials. The electrical control system is resistant to interference and dust, adaptable to complex workshop conditions, ensures stable operation without tripping or frequent errors, and is easy for beginners to operate.

The punching system is precise and stable, with integrated forming capabilities.

The high-quality model featuring punching functionality employs a independently reinforced punching frame, offering sufficient rigidity and balanced punching pressure that ensures no deformation or displacement even under prolonged, high-frequency operation. CNC technology precisely positions holes with uniform spacing and symmetrical alignment, producing square-shaped holes free from tearing or burrs, making it perfectly suited for various keel mounting holes and screw hole machining requirements. The entire process—including punching, material feeding, forming, and cutting—is synchronized, ensuring smooth production flow without the need for secondary manual processing and significantly enhancing production efficiency.

Highly adaptable and flexible, suitable for various production scenarios

The equipment features a high-precision fine-tuning lead screw, enabling convenient and precise adjustment of roller clearance and forming width without hesitation or deviation. The multi-specification integrated machine can rapidly switch between standard frame sizes (e.g., 50/75/100), requiring no disassembly, roller modification, or complex calibration, offering strong flexibility in production. With ample adjustment range, it reliably processes raw materials ranging from galvanized steel strips to high-strength steel, stainless steel, and aluminum alloys across thicknesses of 0.3 mm to 3.0 mm, making it versatile and suitable for diverse applications.

The finished products exhibit excellent quality, with a defect rate approaching zero.

The various keel profiles manufactured using high-quality equipment meet stringent requirements for straightness and flatness, free from common defects such as distortion, flanges, or inconsistent opening sizes. These profiles feature standardized forming processes, tight interlocking, uniform dimensions, and exceptional consistency in mass production, ensuring excellent fit during on-site installation without requiring rework. Moreover, the rolling process preserves the original galvanized coating and protective layers, resulting in products with superior corrosion and rust resistance and enhanced market competitiveness.

Low energy consumption and low maintenance requirements, resulting in low long-term operating costs.

The power system configuration of the entire unit is scientifically optimized with no unnecessary energy consumption, making it more energy-efficient than conventional models. Its core components feature high standardization, with readily available replacement parts at low cost. Comprehensive sealing and protection effectively block workshop dust and metal shavings, safeguarding critical transmission and electronic control components while significantly reducing failure rates and maintenance costs—making it highly cost-effective for long-term mass production.