Introduction

Application of C-shaped steel machine

Application scope of C-shaped steel machine

1. Construction industry:

-As the main load-bearing structure of large and medium-sized industrial and civil buildings, such as factory buildings, warehouses, locomotive depots, aircraft hangars, exhibition halls, cinemas, sports venues, etc., the roof load-bearing capacity and wall support.

-It can be used to make lightweight building components such as roof trusses and brackets.

-In housing construction, such as decoration and the application of building frames.

2. Bridge industry: Certain types of C-shaped steel can be used in bridge construction.

3. Mechanical light industry manufacturing: can be used for manufacturing components such as columns, beams, and arms.

4. Other applications: In addition to the main applications mentioned above, C-shaped steel can also be customized into various specifications according to needs, suitable for places that require specific shapes and sizes of steel.

The function of C-shaped steel machine

The function of C-shaped steel machine:

1. Efficient production:

-The C-shaped steel machine can quickly and massively produce C-shaped steel that meets specific size and strength requirements. Compared to traditional manual production methods, C-shaped steel with higher automation can significantly improve production efficiency and reduce labor costs.

2. Customized production:

-This device can adjust rolling parameters according to user needs to produce C-shaped steel of different specifications (such as height, width, wall thickness, etc.), meeting diverse engineering application requirements.

3. Ensure product quality:

-Utilizing advanced control systems and technologies to ensure that each C-shaped steel has good straightness and flatness, while maintaining consistent dimensional accuracy and mechanical properties, is crucial for the safety and stability of building structures.

4. Save materials:

-Cold bending technology enables more precise control of material usage during the production process, reducing waste and saving energy as it does not require heating treatment.

5. Support multiple subsequent processing:

-Many C-shaped steel machines are equipped with automatic cutting, punching and other functions, which can further process finished products on the production line, simplify the production process, and improve overall work efficiency.

6. Promote the development of the steel structure industry:

-With the increasing demand for lightweight and high-strength structural components in the construction industry, C-shaped steel, as one of the important building materials, has been widely used to promote the progress and development of the entire steel structure industry.

Basic structure of C-shaped steel machine

Basic structure of C-shaped steel machine:

1. Feeding system:

-Uncoiler: used to unfold curled steel strip material and make it straight before entering the subsequent process.

-Leveling machine: A series of rollers are used to level the steel strip, eliminating any bending or deformation that may occur during transportation.

2. Forming system:

-Forming roller set: This is the core part of the C-shaped steel machine, consisting of multiple rollers of different shapes and sizes. Each rolling mill is meticulously designed to gradually change the shape of the steel strip, ultimately forming a C-shaped cross-section. According to the different specifications of the C-shaped steel to be produced, the corresponding rolling mill set can be replaced.

-Guiding device: Helps guide steel along the correct path through various rollers to ensure forming quality.

3. Stamping/cutting system (optional):

-Punching device: If it is necessary to punch holes on C-shaped steel, automated punching equipment will be equipped to perform punching operations at specific locations.

-Cutting device: used to cut the formed C-shaped steel to a predetermined length, usually using hydraulic shearing or sawing methods.

4. Control system:

-PLC (Programmable Logic Controller): controls the entire operation process of the machine, including important parameters such as speed adjustment and positioning accuracy, to achieve automated production and monitoring.

-Touch screen interface: Provides a human-machine interaction interface, allowing operators to set production parameters, view operating status, and receive fault alarm information.

5. Discharge system:

-Conveyor device: responsible for removing the formed and cut C-shaped steel from the machine, sometimes equipped with palletizing function for easy stacking of finished products.

-Collection area: used for temporarily storing processed products, waiting for further packaging or transportation.

6. Auxiliary facilities:

-Lubrication system: To ensure the normal operation of all moving parts and reduce wear, an automatic lubrication device is installed.

-Cooling system: prevents prolonged operation from causing excessive temperature and affecting equipment performance.

-Safety protection devices: such as emergency stop buttons, protective barriers, etc., to ensure the safety of operators.