Fast and easy robot offline programming workflow with Visual Components OLP

Join us for an engaging webinar to learn the fast and easy robot offline programming (OLP) workflow with Vanessa Loiola, The Robot Queen, and Severi Keisala, Application Engineering Manager at Visual Components. Discover how Visual Components OLP software can streamline your robot programming process and drive efficiency in high-mix, low-volume production lines.

In this webinar, you’ll learn how to build a layout by dragging and dropping components from the Visual Components eCatalog, generating paths using one-click programming and automating the solving of collision- and error-free process paths and via motions. We’ll also cover post-processing and common OLP applications.

Vanessa Loiola will showcase how Visual Components OLP software enables faster robot programming without requiring coding skills. After the demo, there will be an interactive Q&A session with The Robot Queen and Visual Components Sim Experts, where you can get all your questions answered. As a special bonus, attendees will receive Visual Components Robotics OLP trial licenses to test and experience the fastest and easiest offline programming software firsthand after the webinar.

We look forward to seeing you there!

Speakers

Vanessa Loiola

Founder and CEO of Valoy Automation, Influencer in Robotics & Automation

Vanessa Loiola is the Founder and CEO of Valoy Automation, specializing in robotics programming. With over 6 years of experience working with top robotics manufacturers, Vanessa is a leading influencer on LinkedIn. Known as The Robot Queen®, Vanessa aims to make robotics accessible and inspire the next generation through engaging content and innovative initiatives.

Severi Keisala

Application Engineering Manager, OLP

Severi Keisala is working as an Application Engineering Manager in the offline programming (OLP) unit of Visual Components. He uses his experience with industrial robotics, dating back to his time at Delfoi Robotics, to solve problems with complex modern production cells and translate real-life manufacturing systems to the virtual world with exceptional accuracy.