Robotic Dress Pack Component BasicsWednesday, November 10, 2021
PROTECT – MANAGE – SECURE – GUIDE: Dress packages (a.k.a. dress-outs, umbilicals, utility supply systems, etc.) provide an organized way of protecting the fill package from environmental hazards. This helps reduce time spent on preventative maintenance. Any industrial robotic application where an End Of Arm Tool (EOAT) needs various supply lines such as servo power, welding power, water supply, ethernet communication, etc. would be in need of a dress pack.
Robotic dress packs are tasked with protecting, managing, securing, and guiding cables and hoses over millions of work cycles. These high demands place an enormous amount of stress on every component within the system. Unfortunately, failures will occur. It’s a matter of when, not if a problem will arise. Over 85 percent of robotic downtime is attributed to fill package failures.
In order to mitigate failures in the best way possible, it is important to select solutions from an application-specific, as well as an overall system, point of view. In other words, each robot has a task to perform. Therefore, dress packs should be specifically designed around the complete work cycle of each task. Many companies have “ready to install” systems based on a robot model; some have online design tools. However, these should only be considered as a starting point because the solution suggested may fit the robot but may not fit the application.
Think of it this way, we wear different clothes based on the task or event, like mowing the lawn or going to a birthday celebration. Correct? You didn’t change but the “application” did. In the next few pages, we will explore some of the main components that make up a dress pack and explain the role they play in the protective system for your specific fill package.
Download the Robotic Dress Pack Component Basics product sheet