edge guiding

Single Edge Web Guiding Essentials

This episode is part of the ‘Web Guiding Applications and Advanced Web Guiding Concepts’ series and focuses on advanced edge guiding techniques, specifically single edge web guiding. The video explains the use of web guides and edge sensors for feedback in guiding mechanisms. It covers the positioning of sensors, the importance of alignment, and the common practice of repositioning sensors during web width changes. The episode also addresses potential operator errors and their impact on web guiding performance during product changeovers.

Roll-2-Roll® Sensors: How it works and what are the applications?

The webinar will cover sensing and measurement technology that are used in Roll-2-Roll® Sensors.

The presentation will cover:

  • the fundamental working principle of the patented fiber optic technology
  • how it differs from the conventional sensors
  • benefits of the fiber optic technology
  • application of the fiber optic sensor technology for sensing and measurement applications such as edge detection, width measurement, registration mark detection, flag detection, void/hole detection, tear detection, etc.

Web Guiding Fundamentals

Web Guiding Fundamentals: Topics in this webinar

  • Web guiding Terminology
  • Why we need web guides?
  • Types of web guides: Terminal and Intermediate web guides
  • Normal entry rule
  • Main components of a web guiding system
  • Unwind web guide structure
  • Rewind web guide structure
  • Terminal web guides design and installation considerations
  • Offset-pivot guide or displacement guide design and installation considerations
  • Steering or remotely pivoted web guide design and installation considerations

Sinusoidal disturbance rejection demo featuring Roll-2-Roll Technologies web guiding system

Roll-2-Roll Technologies web guiding system uses a revolutionary fiber optic web sensing technology to accurately measure web position. In this video, several speeds and several disturbance frequencies are introduced to evaluate the performance of the web guide for a sinusoidal disturbance commonly seen in web lines.