Automatic Damper Frame Production Line

Advantages

• Fully functional, can complete all the holes and cutting corners on the housing of volume damper, change the traditional processing methods by punch machine manually, improve production efficiency, ensure the products consistency.
• Reduce labor, just need 2 workers to operate the machine.
• You can also input various specifications, not only can make the “口” type, you can also complete a variety of shapes, such as the “L”type and monolithic type etc according to the actual situation of customers.
• The same machine can complete the volume damper forming for TDF flange and angle steel flange, fully realized that one machine for multi functions.

Basic Configuration

• One electric material feeding de-coiler;
• One switch holder;
• One servo leveling, punching and shearing host;
• One transferring platform;
• One flange forming machine;
• One servo feeding and folding platform;
• A set of hydraulic system;
• A CNC system.

The Altron Fire Damper Production Line epitomizes cutting-edge technology in the realm of fire safety equipment manufacturing. Engineered to precision, this specialized assembly line delivers unparalleled efficiency and reliability in the production of fire dampers, critical components in passive fire protection systems.

At the heart of the Altron Fire Damper Production Line lies a meticulously designed series of workstations, each dedicated to specific tasks in the fabrication process. From raw material handling to final assembly, every stage is optimized for seamless workflow and superior product quality.

The production line begins with the feeding of raw materials, typically galvanized steel sheets, into the system. Automated material handling systems ensure a steady supply of material to the subsequent processing stations, minimizing downtime and maximizing throughput.

The forming station is where the raw material is shaped into the desired configurations for the fire damper components. Utilizing advanced bending and cutting technologies, the production line achieves precise dimensions and geometries, adhering to stringent industry standards and regulatory requirements.

Following the forming stage, the components undergo various treatments to enhance their performance and durability. Surface treatments such as coating or painting are applied to provide corrosion resistance and aesthetic appeal, ensuring longevity and compliance with architectural specifications.

The assembly station is where the individual components are brought together to form complete fire damper units. Robotic arms and automated assembly fixtures streamline the process, ensuring consistency and accuracy in component alignment and fastening.

Quality control is paramount throughout the production process, with multiple inspection points integrated into the production line. Advanced sensors and vision systems detect defects and deviations from specifications, enabling real-time adjustments and minimizing the risk of non-conforming products.

Finished