Blue Dragon Framework

Are you ready to revolutionize your manufacturing processes? With Blue Dragon Framework, the manufacturing possibilities are limitless. Blue Dragon Framework can identify a part, configure itself, and execute the manufacturing solution for a range of applications – parts fabrication, machining, and finishing. Plus there is no requirement for part positioning. You can of course manufacture large-scale orders, but with quick setup speed the Blue Dragon Framework is also efficient when you need to do small runs, rapid prototyping, and variable orders. Even single part runs are not a time waster. Blue Dragon Framework comes with an intuitive GUI with a digital twin simulator. Training methods include CAD and scan to mesh features, as well as practical hand training and marker pen options. Access real time data online with local and cloud-based storage. Dashboard display of the data shows throughput with a range of metrics, e.g. part type and frequency according to shift operator. 3D rendering and representation work ensure quality control analysis. Don't miss the opportunity to improve your business, innovate, and stay competitive with industry progress.

Manufacturer:Freelance Robotics

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Overview

Setup Connect your robot controller to the Blue Dragon Framework robot controller, as instructed by the user manual. Install Framework as well as the end effector on the cobot flange. Install cable management around your robot. Connect the camera and end effector cables to the Framework box. Power on an run the initialization sequence. Set up the scan region and work surface. Calibrate the camera and the TCP. Operation process Place the part to be worked onto the work zone. No repeat part positioning required. The HMI interface creates a new part program. Scan the part to either part match to an existing CAD or create a mesh for a new part. Use the preferred training method – hand training, marker, or feature extracted from CAD. Train the physical part on the work zone in the digital twin simulator and/or in physical cold runs. Select the feature to train. Tune the parameters, validating it in the Digital Twin. Then validate your tuning either with a cold run or hot run. Once the part is trained, use the Running Screen to manufacture as many parts as you like.

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