Lights out automation for every stage of metal manufacturing
Vision-Based Bin Picking
The process begins with robotic bin picking, where advanced 3D vision technology allows robots to accurately identify and retrieve randomly placed metal parts from bins.
This step eliminates the need for manual sorting, ensuring precise handling and a smooth transition to the next stage of automation.
Palletizing and Depalletizing
Once parts are picked, robotic palletizing systems take over, efficiently organizing and stacking them onto pallets for secure transport or further processing.
When needed, depalletizing robots can quickly unload parts, keeping the workflow continuous and optimized for high-mix, low-volume production environments.
CNC Machine Tending
In this stage, robotic arms seamlessly load and unload metal parts into CNC machines.
By automating machine tending, production becomes faster and more consistent, reducing downtime and labor costs while improving precision and throughput in the manufacturing process.
Assembly
In this crucial stage, robotic systems efficiently handle the assembly of metal components, integrating various parts with precision and speed. Utilizing advanced sensors and vision systems, robots ensure accurate placement and secure fastening, reducing the likelihood of errors.
This automation not only accelerates the assembly process but also enhances overall product quality, allowing for quick adaptation to varying production requirements in high-mix, low-volume environments.
Vision Based Pick and Place
In this step, advanced vision-based systems enable robots to accurately identify and manipulate metal components for various tasks. Utilizing high-resolution cameras and AI-driven algorithms, robots can assess part orientation and position, allowing for precise pick and place operations.
This automation enhances operational flexibility and accuracy, ensuring that components are handled delicately and efficiently. By integrating vision technology, the manufacturing process becomes more adaptable and capable of meeting complex production demands.
Vision-Based Laser Engraving
In this step, robotic systems equipped with vision technology efficiently pick up metal parts from bins and transport them to the laser engraving machine. Utilizing advanced cameras and sensors, the robots accurately identify each part’s orientation and position, ensuring smooth and precise handling. Once at the engraving station, the robot precisely aligns the component for high-quality laser marking of logos, barcodes, or serial numbers.
This automation not only enhances productivity and reduces manual labor but also ensures consistent and accurate engravings, contributing to improved product traceability and compliance with industry standards.
Custom Solutions
In this final step, we provide custom automation solutions powered by our versatile AI technology, capable of tackling applications that currently require manual intervention.
Our AI technologies can be tailored to solve unique challenges across a range of industries, including automotive, aerospace, and even agriculture, such as autonomous basil harvesting.
By collaborating closely with clients, we develop specialized systems that enhance efficiency and productivity. With a focus on innovation and adaptability, our custom solutions empower your business to navigate and thrive in a rapidly evolving manufacturing landscape.
