Soft Operator Panel
Introduction to the soft operator panel, its features and benenits. And how to setup the soft operator panel.
Kwan Shim is a Robotics Engineer at FANUC America, boasting over three decades of experience in the engineering field. Kwan's career has given him extensive expertise in robotics and machine vision, highlighted by his involvement in the deployment of FANUC’s SCARA robots, a perfect example of his capabilities in the integration of complex technologies in high-stakes environments.
With a Bachelor's in Aerospace and Mechanical Engineering from the University of Michigan and a Master's in Mechanical Engineering from Carnegie Mellon University, Kwan brings a depth of technical and analytical skills to his role. His problem-focused, thorough, and intuitive approach to engineering challenges makes him a pivotal member of the FANUC team. Explore more about FANUC America at FANUC America.
Introduction to the soft operator panel, its features and benenits. And how to setup the soft operator panel.
Learn how to set up and use iRProgrammer for robot programming with ease—no teach pendant or software install required.
Tutorial for the SCARA and CRX robots on mode select function, operation modes and how to set up mode select functions and hardware for your system. This includes setting up the switch box and teach pendant to switch operation modes.
Introduction to the SR-3iA/U ceiling mount SCARA mount robot. This video covers benefits such as no dead zone work envelope, and programming tips.
In this video, we will review how to connect safety devices such as safety fences and E-Stops to the Compact Plus controller, which is a controller for the FANUC SCARA robots.
How to wire external devices such as part presence sensor and status light into a SCARA controller and how to interact with them thru robot program.
The tutorial discusses what is the SCARA tool flange and how to mount it on the SCARA robots.
Program a FANUC SCARA robot using VIA motion instruction, allowing them to avoid interferences by going up to the intended height, moving horizontally and then moving down to the target position.