What is routed systems design?
Routed systems is a series of tools used to automate, design, and analyze piping, cabling and harness projects. These tools help design engineers to improve costs, quality and time-to-market.
- Creo Schematics is a comprehensive cable and piping solution used to rapidly create 2D schematics and logic data.
- The Piping and Cabling Extension (PCX) can help engineers automate the routing of 3D cable and piping systems. PCX can also be used to model and modify automated routes laid out from 2D schematic data.
- Clearance and Creepage Extension (CCX) can be used to analyze and optimize models for electrical product safety.
- Harness Manufacturing Extension (HMX) helps engineers automate the flattening of complicated cabling systems into a simple manufacturing document.
A better way to design and automate cabling, piping and harnesses
The extensions below work within Creo for seamless interoperability. Changes in one extension translates across the board for a unified designing experience. This associativity eliminates errors and provides a means for quick validation. Eliminate your reliance on physical prototypes and manual routings. Automate every step of the way and reduce design cycles.
Piping and cabling extension (PCX)
PCX supports 2D schematic-driven routing of 3D cabling and piping systems. It also automates the creation of manufacturing documentation.
Build and visualize routed systems in 3D in context to the design to help improve product quality and speed time to market. Create your routed system in context to and in association with the geometry.
Clearance and creepage (CCX)
Speed up and simplify electrical clearance and creepage analysis, avoiding product failures. Optimize designs for electrical product safety.
Harness modeling extension (HMX)
Explore how HMX can help you to eliminate errors, reduce materials waste, and ensure manufacturability of designs. Automate manufacturing documentation and flatten 3D harnesses for cabling systems.
Automate manufacturing documentation and flatten 3D harnesses for cabling systems.