Light Steel Framing Machine

Light Steel Framing Machine Manufacturer

Based on the construction data provided, the Rollextech brand light steel frame machine (specifically the cold-formed steel frame machine) demonstrates its outstanding ability to automatically produce high-quality light C-profiles. This machine not only integrates cutting-edge technology, but is also equipped with an advanced control software system. This innovative design enables a high degree of automation from raw materials to finished products.

Thanks to this automated process, the Rollextech light steel frame machine significantly reduces the need for manual data entry and greatly improves production efficiency. At the same time, it also optimizes the manufacturing process and reduces the error rate caused by manual operation, thereby reducing the time and cost required for error correction. In addition, the advanced control software can automatically generate detailed material reports, making information management throughout the production cycle more efficient and accurate

Specifications of Light Steel Framing Machine

Raw ingredients and manufacturing volume:

This model can adapt to raw materials of varied specifications, guaranteeing that the steel structure frame produced is precise and diversified in size to satisfy a variety of architectural and design needs.

The manufacturing size is highly customizable and can be precisely modified to meet client particular needs, resulting in efficient and accurate production output.

Profile Dimension：C89x41x9mm；
Raw Material: G300-G550 GI/GL strip；
Thickness Range：0.75-1.2mm；
Material Width：C≈180mm；

Machine Speed:

Maximum manufacturing speed is 48 meters per minute (excluding post-processing time such as cutting and punching). This speed indication emphasizes the model’s exceptional performance, which allows it to do a huge number of manufacturing activities quickly.

Because of its high production speed, the steel structure frame machine can react rapidly to market demand, reduce delivery cycles, and offer strong support for large-scale manufacturing projects. Simultaneously, efficient manufacturing capacity lowers the cost per unit output and improves firm competitiveness.

Profile：

Technical specifications of the uncoiler

With its extensive technical characteristics and strong functional design, this uncoiler is suitable for a broad range of coil uncoiling activities, offering effective and dependable equipment support for metal processing, machinery production, and other sectors.

Core Functions:

Equipped with an automated start and stop mechanism for intelligent operation control.

Use a variable frequency motor drive to guarantee smooth operation and minimal energy usage.

Material specifications:

Strip width: maximum support 400mm, meets a variety of width specifications.

Coil outer diameter: up to 1300mm, suitable for coils of various diameters.

Inner diameter of the material: 450-530mm, allowing it to accommodate coils with varying inner hole sizes.

Material width adjustment range is 50-500mm, allowing a broad variety of width selection options.

Load Performance:

Rated load: 3 tons, having a high load-bearing capability for reliable operation.

Drive configuration:

The main motor has a power output of 1.5 kilowatts, which is adequate for efficient manufacturing.

Technical parameters of hydraulic cutting and punching die

This hydraulic cutting and punching die provides efficient and precise cutting and punching solutions for metal processing, machinery manufacturing and other industries with its advanced punching method, high-quality die and blade materials, efficient cutting method and fine surface treatment process.

Punching method: The front and rear punching technology is adopted to ensure the high precision of the punching position and size to meet the needs of precision processing.

Die material: The main body of the die is made of Cr12Mov high-quality alloy steel, which has high strength, high wear resistance and good hardenability to ensure the durability and service life of the die.

Cutting method: Use a forming knife for cutting to ensure that the cutting edge is flat and burr-free, and improve product quality. Equipped with a three-blade blanking shear to improve cutting efficiency and accuracy and reduce material waste.

Blade material: The blade is also made of Cr12Mov alloy steel to ensure stability and durability during the cutting process.

Surface treatment: After CNC semi-finishing, the basic shape and dimensional accuracy of the die are ensured.

Vacuum heat treatment is then carried out to increase the hardness of the die to 58-60HRC, significantly improving the hardness and wear resistance of the die.

Finally, CNC finishing is carried out to ensure the final size and shape accuracy of the mold to meet high-precision processing requirements.