Robotic tracks and Seventh-axis programs are sometimes essentially the most uncovered parts in an automation cell. Issues come up if they’re designed for clear and managed environments.
In real-world robotics purposes, linear movement programs are routinely subjected to clutter, abrasive mud, moisture, chemical compounds, overspray, and excessive temperatures, all of which speed up put on and drive unplanned downtime if not addressed early within the design course of.
Be part of us for the upcoming webinar, “Harsh and Soiled by Design: Engineering Robotic Tracks and Seventh Axis Programs for Actual-World Environments.” The webinar will happen at 2:00 p.m. ET on Tuesday, Might 12.
Through the session, consultants will focus particularly on how harsh and soiled environments affect robotic tracks and long-axis linear movement programs, why conventional information applied sciences wrestle beneath contamination, and what design methods enhance reliability and uptime in demanding purposes.
Matters of focus for the webinar will embrace:
- Frequent harsh environments affecting robotic tracks, together with welding cells, grinding and ending operations, paint cubicles, excessive temperatures, and washdown areas
- Typical failure modes seen in Seventh axis programs, corresponding to seal bypass, bearing harm, corrosion, and lack of alignment
- Why small rolling parts and traditional sealing methods typically fail as soon as contamination enters the monitor system
- Design approaches that enhance survivability in robotic tracks, together with curler guideways, cam followers, mechanical scrapers, monitor covers, and protecting floor remedies
- How monitor configuration and system structure affect publicity to contamination, upkeep entry, and long-term efficiency
- Why preventive upkeep for robotic tracks should be engineered into the system slightly than handled as a reactive activity
Meet the panelists
The panelists for this webinar embrace:
- Molly Lynch is an account supervisor for the Midwest at Güdel Inc., the U.S. subsidiary of Güdel Group AG. With 15 years in manufacturing unit automation, Lynch helps programs integrators and finish customers throughout the Midwest remedy their hardest automation challenges. She has a monitor document of serving to clients deliver progressive automation options to life. Lynch is a graduate of the College of Iowa and lives in Chicago.
- Brenda Courim is the director of gross sales and advertising and marketing at Güdel. She brings greater than 30 years of producing expertise to the function and has spent the previous 5 years with Güdel, serving to drive technique on the intersection of engineering, product, and buyer utility. Courim’s background contains roughly 20 years in design engineering — primarily within the automotive trade — adopted by roles in product administration and undertaking administration. She holds a level in mechanical engineering from the College of Michigan, giving her a robust technical basis in automation system design, utility necessities, and lifecycle issues.
This webinar is meant for robotics engineers, automation designers, system integrators, and upkeep professionals accountable for specifying, deploying, or supporting robotic tracks and Seventh axis programs in harsh industrial environments. In case your robots depend on linear movement the place grime, warmth, chilly, moisture, and particles are unavoidable, this session will present sensible insights for engineering uptime from the beginning.
The put up How you can engineer robotic tracks and Seventh axis programs for real-world environments appeared first on The Robotic Report.
