The aerospace industry stands at the forefront of technological innovation, constantly seeking precision, efficiency, and safety. A significant advancement in this sector is the application of sophisticated aerospace automation technology, particularly in the handling of advanced composite parts. As highlighted in the accompanying video, systems designed by Shape Process Automation integrate cutting-edge control systems and mechanical manipulation to revolutionize manufacturing processes.
Firstly, consider the complexity of modern aircraft components. These parts, often made from advanced composites, demand meticulous handling to prevent damage and ensure structural integrity. Manual manipulation can be prone to inconsistencies, fatigue, and poses potential safety risks for operators. Automation offers a robust solution, guaranteeing repeatable accuracy and significantly enhancing workplace safety.
Advanced Composite Part Handling with Automation
Automated systems are purpose-built to navigate the unique challenges presented by advanced composite materials. Composites are lightweight yet strong, but they can be delicate before final curing or require precise positioning during assembly. The featured system demonstrates a specialized approach to manipulating these sensitive components, ensuring both protection and optimal workflow.
1. Operators introduce parts using customized carts. This ergonomic design simplifies the initial loading process, minimizing strain and improving efficiency. It acts as the first point of safe interaction between the human operator and the automated system.
2. Once the part is securely locked into position, a lifting cycle commences. This sequence automatically engages clamps and activates operator safety devices. Such integrated safety protocols are paramount in industrial environments, preventing accidents and ensuring compliance with stringent aerospace manufacturing standards.
3. A key feature is the flipping mechanism, which docks with the part and performs a precise 180-degree rotation. This allows operators full access to the underside of the component without manual repositioning. This level of manipulation is critical for inspection, bonding, or further processing steps that require access to all surfaces.
Precision Control: The Backbone of Aerospace Automation Technology
The reliability and precision of any aerospace automation technology hinge on its control system. Shape Process Automation leverages industry-leading components to ensure seamless operation and integration. These advanced components form the core intelligence of the system, enabling intricate movements and robust safety features.
The control framework for this system is built around the Siemens SIMATIC S7-1200 PLC. This Programmable Logic Controller is renowned for its compact design, powerful performance, and integrated communication capabilities. It effectively manages all sequences, from part engagement to complex rotations, ensuring precise execution of every task.
Communication within the system relies on PROFINET and IO-Link protocols. PROFINET, an industrial Ethernet standard, facilitates high-speed, real-time data exchange between the PLC and other distributed I/O devices. IO-Link, on the other hand, is a point-to-point communication standard that connects sensors and actuators directly to the control system, providing detailed diagnostic data and configuration capabilities.
For operator interaction, the system features a Siemens TP700 7″ widescreen touch panel. This Human Machine Interface (HMI) provides an intuitive graphical interface, allowing operators to monitor processes, initiate cycles, and receive status updates. Its widescreen format ensures all critical information is clearly visible, enhancing user experience and operational clarity.
Enhancing Safety and Operational Flexibility
Operator safety remains a top priority in advanced manufacturing environments. The integrated safety devices, combined with the automated lifting and clamping mechanisms, significantly reduce direct human interaction with potentially hazardous machinery. This proactive approach minimizes risks, fostering a safer working atmosphere for all personnel involved in composite manufacturing.
Moreover, the system offers remarkable operational flexibility through its wireless remote control option. This feature empowers operators to manipulate the part from various vantage points, providing unparalleled control and observation during critical steps. Such flexibility is crucial when dealing with large or complex aerospace components, where visibility from a fixed console might be limited.
The global reach of companies like Shape Process Automation, with locations in Auburn Hills (USA), Burlington (Canada), Lille (France), Ronneby (Sweden), and Busan (South Korea), underscores the widespread demand for such advanced solutions. Their international presence allows them to deliver tailored aerospace automation technology to manufacturers worldwide, adapting to diverse operational requirements and local regulations.
Shaping the Dialogue: Your Aerospace Automation Questions
What is aerospace automation technology?
Aerospace automation technology uses advanced systems to precisely and efficiently handle complex aircraft components, especially advanced composite parts, during manufacturing processes.
Why is automation important for handling advanced composite parts?
Advanced composite parts are lightweight but can be delicate, requiring meticulous handling to prevent damage. Automation ensures repeatable accuracy, reduces inconsistencies, and enhances safety compared to manual methods.
How does this automated system improve safety for operators?
The system includes integrated safety devices, automated lifting, and clamping mechanisms, which significantly reduce direct human interaction with potentially hazardous machinery, fostering a safer work environment.
What kind of technology controls these advanced automation systems?
These systems are typically controlled by a Programmable Logic Controller (PLC) like the Siemens SIMATIC S7-1200. They use communication protocols like PROFINET and IO-Link to ensure precise operation and real-time data exchange.
Can operators still interact with the automated system?
Yes, operators introduce parts using customized carts and monitor processes through an intuitive touch panel. The system also offers a wireless remote control for flexible manipulation and observation of parts.