Automation for the aviation industry

Crane automation for the aviation industry
Crane automation for the aviation industry

Streamline operations with automation

The introduction of automated processes in aircraft manufacturing has significantly enhanced safety, precision and efficiency. By automating the lifting and movement of heavy components, it can streamline assembly processes, speed up production timelines and improve overall output.

Aircraft parts are often large and heavy and can pose a safety risk during manual lifting and positioning. Automation reduces the involvement of human operators in potentially hazardous situations, minimizing the risk of accidents and improving overall workplace safety.

Automated cranes can operate continuously with minimal downtime, reducing the need for manual intervention and speeding up processes. They can also perform complex lifts and movements simultaneously, allowing for more efficient assembly sequences and quicker turnaround times.

Flexibility for handling different components

Aircraft assembly involves a wide range of components with varying sizes, shapes, and weights. Automated cranes can be programmed to handle different loads with minimal setup changes, increasing flexibility and reducing delays caused by reconfiguration.
Crane operator lifting aircraft part
Crane operator lifting aircraft part

Semi-automated operation

In semi-automation the operator maintains manual control with various features assisting. This allows processes to be accelerated, and safety improved for repeated operations where parts need to be picked up, transported and deposited. Up to 1,000 positions can be stored and then approached by using position measuring devices in all axes giving you high precision.
Crane automation in aircraft production
Crane automation in aircraft production

Full automation

On a fully automated crane, the operator defines the settings and the crane functions without further human input. Parts are gently handled and staged in line with cycle time requirements. Redundant secondary monitoring systems provide a high level of installation efficiency and storage operations can be served by a Konecranes Warehouse Management System.
Crane automation for the aviation industry
Crane automation for the aviation industry

Benefits

Increased precision and quality: Automated systems are designed to provide consistent accuracy, reducing the risk of human error and improving overall product quality.

Enhanced efficiency and speed: Automation speeds up repetitive tasks, streamlining the production process and reducing cycle times, allowing for quicker aircraft delivery.

Cost reduction: By improving efficiency and reducing labor-intensive processes, automation can help minimize waste and cut down on rework.

Improved safety: Automating hazardous tasks, such as handling large parts or working with harmful materials, reduces the risk of injuries.

More flexibility: Automated systems can be easily adapted to accommodate changes in aircraft design or production needs.

Better data collection and analysis: Automated processes enable better tracking, monitoring, and analysis of production performance.

Higher consistency: Automation means tasks are performed the same every time, helping maintain uniformity across all production stages.

Scalability: Automation allows production lines to easily scale up or down to meet demand.

Adaptable automation for industry demands

Our automation solutions are designed to meet the specific needs of various industries, including aviation, providing tailored solutions that improve load cycle times, precise positioning, and improve safety. Our commitment to innovation and continuous improvement gives you cutting-edge technology that can adapt to evolving industry demands. Get in touch with our experts with the form below to learn more about our automation solutions for the aviation industry.

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