Products that are assembled and tested away from the design location or at an end-users site often require modifications. Documenting this can be very time consuming, as all changes need to be re-drawn in the original files. By using E3.redliner, modifications made during assembly can be added as a graphical overlay to the original E3.series design or to a special viewer file.
Using E3.redliner, designed for the use at the construction site, all modifications can be added as a graphical overlay to the original E3.series design or to a special viewer file. The modification references are delivered to the development department via a red liner file. Special search functions make it easy to find the modifications in the original design, which the engineer then integrates into the main design file. This ensures consistency between the original documentation and the product installed in the field.
Related Resources
Find out more via our case studies, webinars, press releases and more.
New features simplify complex wiring system designs and panel layouts, increasing design precision
Zuken introduces Harness Builder 2025 for E3.series, featuring enhanced automation, improved formboard copilot features, and seamless machine integration. This latest release streamlines wiring harness design, boosting precision and efficiency for engineers. With new support for industry-standard machines and extended ERP integration, Harness Builder 2025 simplifies complex designs and accelerates time-to-market.
Explore how Zuken’s E3.series integrates seamlessly with leading MCAD tools like Siemens' NX and Solid Edge, Dassault's CATIA V5 / V6 and SolidWorks, PTC’s Creo, and Autodesk’s Inventor for efficient harness design - includes a detailed demonstration of how Siemens NX can be integrated with E3.series.
Haulotte's choice of Zuken's E3.series solution has enabled the optimization of work methodology and a more serene and effective projection towards future developments
Discover how Omexom and Zuken's strategic partnership is transforming the energy sector through innovative electrical design solutions. Learn about the role of advanced technology in achieving unparalleled efficiency, adaptability, and industry-leading project management.
Using Zuken's E3.series, Green GT reduces the development time of its prototypes for fuel cell systems and high-performance hydrogen vehicles.
Recent E3.series Blog Posts
Traditional CAD software was once just a digital drafting tool, requiring manual updates and prone to inconsistencies. However, as electrical systems grow increasingly complex, intelligent CAD systems have transformed the design process. Learn more on our blog.
The transportation industry never experienced breakthroughs prior to electrification. Now, innovations in motor, control, and battery technology are enabling the electrification of the transportation industry.
From automation to real-time analytics, the Industrial Internet of Things (IIoT) is fundamentally transforming industries. But behind the opportunities lie challenges: Can security, legacy equipment, and complex systems be seamlessly integrated? Discover how smart factories of the future are being shaped and why the IIoT is the key to it all.
In this episode of Mastering E3.series, we explore how to prepare your project for release, covering everything from PDF exports to generating detailed reports. Learn how to utilize the powerful tools within E3.series to create bill of materials and use the report generator.
Learn how to efficiently add components and connectors from the E3.series database to your electrical designs. Explore techniques for managing device properties, working with blocks, and ensuring data integrity in your projects. Perfect for engineers looking to streamline their schematic and wire harness workflows.
Learn how to efficiently add components and connectors from the E3.series database to your electrical designs. Explore techniques for managing device properties, working with blocks, and ensuring data integrity in your projects. Perfect for engineers looking to streamline their schematic and wire harness workflows.
