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Picking and placing diverse and reflective sheet metal parts with 3D robot vision
3D robot vision used for picking and placing of diverse and reflective sheet metal parts in the agriculture industry. Our solution, with a fixed laser XL-HD2 camera, boasts a large field of view covering two pallets. Benefits include full flexibility to deal with a variety of parts, more value-added tasks for operators and ease-of-use.
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How 3D vision is revolutionizing robotic automation
Join Brian Kim, Country Director Pickit Korea, in this interview with South Korean FA Journal. He addresses how 3D vision enables robots to handle tasks with unparalleled precision previously thought impossible.
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Geberit injects flexibility into press fitting assembly with 3D robot vision
Geberit's new press fitting assembly line with Pickit 3D robot vision offers benefits such as flexible automated assembly of up to 400 product variations, fast changeovers allowing for small batch production and elimination of straining manual labor.
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3D Robot vision powering safer and more efficient crankshaft production
A leading European automotive engine manufacturer deployed Pickit 3D robot vision to power safer and more efficient crankshaft production, now running autonomously during multiple shifts.
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Why 3D robot vision is a catalyst for manufacturing: the case of South Korea
Currently, manufacturing is at the heart of the Fourth Industrial Revolution, and one of the breakthrough technologies is robot vision. More specifically, 3D robot vision systems have become essential in modern manufacturing. This article explores the benefits of 3D robot vision considering the challenges and opportunities faced by one of the world’s leading manufacturing countries: South Korea.
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Empowering flexible automation in the automotive industry
How we empower smart, reliable and flexible automation while sustaining productivity in the automotive industry. Check out our latest 3D robot vision application case at a leading European automotive parts manufacturer.
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Showcasing the Pickit 3D robot vision capabilities in the automotive industry
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Predictable bin picking for shafts and axles - we are part of the EU Trinity project
Manufacturing companies want to automate machine loading processes to deal with labour shortage and to remain competitive with lower-wage countries, this is also the case in Central and Eastern Europe (CEE). We are happy to share that the EU Trinity project is supporting us to set up local demonstrators of predictable bin picking for shaft and axle producing companies in those countries.The goal of this project is to demonstrate to shaft and axle manufacturing companies that bin picking cells can today be implemented in a way that the performance is predictable, the installation time is limited (less than one week) and reconfiguration of the cell for different parts is easy (less than one day).Together with two of its certified system integrators, AI.EC in Slovakia and Delta Tech in Hungary, a bin picking cell will be set up at the premises of the system integrator with the gripper and camera solution from Pickit. This cell will run 24/7 in the same way Pickit has set up such cells at the headquarters in Belgium (link to time lapse video). For six months, AI.EC and Delta Tech will actively invite leads to visit the local demonstrator and show plant managers from local companies what bin picking can solve for them.If you want to stay up to date, don't forget to follow our social media accounts:LinkedInFacebookInstagramtwitterFor more information about EU Trinity projects, visit their official website: https://trinityrobotics.eu/. Pick-it NV is part of a sub-project that has indirectly received funding from the European Union’s H2020 research and innovation programme via an Open Call issued and executed under project TRINITY (grant agreement No 825196)