High Quality Servo Motor Type Metal Steel Pop C V U Channel Double Line Stud and Track Roll Forming Machine

In today's rapidly developing construction and building materials industry, the demand for ceiling and partition wall studs is growing day by day. The traditional single production line equipment, plagued by issues such as "low efficiency, poor precision, and high labor costs," can no longer meet the needs of large-scale production for enterprises. The emergence of dual production line stud machines, with their core advantages of "dual-line parallel operation and intelligent efficiency," has broken through production bottlenecks for stud processing enterprises, ushering in a new chapter of cost reduction and efficiency improvement.

Product Attributes ：

Dual-track parallel processing doubles efficiency, breaking through production capacity limits

Compared to traditional single production line equipment, the dual production line keel machine innovatively adopts a "dual host + synchronous control system" design, enabling both production lines to operate independently or collaboratively for processing products of the same specifications. Taking the conventional U-shaped keel processing as an example, a single production line has an average daily output of approximately 2,000 meters, while the dual production line keel machine can achieve a daily output of 3,600-4,000 meters, resulting in an efficiency improvement of over 80%. This effortlessly handles the pressure of large-volume order deliveries.
The equipment is equipped with an automatic feeding system, driven by high-precision servo motors, achieving a feeding speed of 15 meters per minute. Combined with an intelligent cutting device, it enables full automation of the "feeding - forming - cutting" process, eliminating frequent manual intervention. A single operator can monitor two production lines with just one machine, significantly reducing labor input and lowering enterprise staffing costs.

Precise Control and Stable Quality to Build a Strong Market Reputation

The precision of keel processing directly impacts the subsequent installation quality. The dual production line keel machine sets an industry benchmark in precision control. The core forming mold of the equipment is crafted from high-strength alloy steel, undergoing CNC precision machining and heat treatment to achieve a hardness of HRC58-62. This ensures long-term use with minimal wear and deformation, maintaining keel forming dimensional tolerances within ±0.1mm—far exceeding the industry standard of ±0.3mm
Meanwhile, the equipment is equipped with an intelligent laser calibration system that monitors the keel forming trajectory in real time. Any minor deviations are automatically corrected by the system to prevent the production of substandard products. Whether it's lightweight steel keels as thin as 0.3mm or heavy-duty keels up to 1.2mm thick, the system ensures flat cross-sections and sharp edges, meeting the stringent quality requirements for keels in high-end architectural projects.

Flexible adaptation and multi-specification production to respond to market changes

In response to the market demand for various specifications of keel profiles, such as U-shaped, C-shaped, T-shaped, and L-shaped, the dual production line keel machine boasts exceptional compatibility. The equipment features modular mold design, enabling the replacement of molds for different specifications in just 10-15 minutes without the need to dismantle numerous components, significantly reducing changeover time. The two production lines can be independently configured with different processing parameters, allowing for flexible setups like "one line producing U-shaped keels while the other produces C-shaped keels." This capability easily accommodates small-batch, multi-variant customized orders, enhancing a company's competitiveness in the market. ​
Additionally, the equipment supports intelligent parameter storage, allowing the presetting of over 50 commonly used machining parameters. These can be directly recalled for subsequent production without the need for repeated debugging, further enhancing efficiency. This feature is particularly suitable for small to medium-sized machining enterprises with diverse product specifications. ​

Energy conservation, emission reduction, and green production are the practices of sustainable development

While reducing costs and improving efficiency, the dual production line skeleton machine also emphasizes green energy conservation. The equipment utilizes new frequency conversion motors, reducing energy consumption by 15%-20% compared to traditional devices. Operating for 8 hours daily can save approximately 50 yuan in electricity costs. During the forming process, a "progressive forming process" is employed to minimize material stretching losses. Combined with intelligent cutting algorithms, material utilization is increased to over 97%, effectively reducing waste generation and saving enterprises tens of thousands of yuan in raw material costs annually. ​
The equipment body adopts a fully enclosed protective design to minimize noise pollution (operating noise ≤75 decibels), while being equipped with a dust collection device to improve the workshop working environment. This helps enterprises create a green and environmentally friendly production workshop, aligning with the national "dual carbon" strategic requirements.