Digitally Guided Cabinet Assembly

Menu

Reducing costs, increasing productivity, and ensuring quality. This is the wisdom every management consultant in the manufacturing industry has in their briefcase today. In fact, over the past two decades, the industry has allocated significant budgets to achieve these goals. At the same time, companies often overlook money that is literally lying on the shop floor. In the form of obsolete paper-based transitions to manufacturing. In particular in the areas of electrical engineering and cabinet assembly.

Cable planning and switch cabinet assembly 

The manufacturing industry has made substantial investments in the digitization and automation of processes along the product lifecycle (PLM). But so far, these efforts were mainly focused on mechanical and vehicle engineering, while the planning, documentation, and manufacturing preparation of electrotechnical equipment is often carried out in drawing formats.

Quite often, the transfer of these drawings into parts lists, cable lists, and connection tables results in considerable effort in terms of time and cost. Moreover, it represents a substantial risk for errors. Industry leaders are therefore embracing the possibilities of modern E-CAD technology to carry out electrical engineering planning. The basic criteria are to use tools that have access to comprehensive libraries and can augment design decisions.

As this discussion continues in board rooms and shop floors, the most common questions that come up are these . . .

  1. Can an electrical design to the manufacturing process be completely digital?
  2. Is it feasible and cost-effective to drive the time-consuming parts of the process towards a digital flow of information?

The short answer is YES! The Zuken and Komax collaboration to expedite design to manufacturing is simply amazing. The process is opening new avenues by automating the underlying challenges without losing control over the nuances.

KomaxZuken
The data from electrotechnical engineering – provided they are created with development tools with “electrical intelligence” – contains valuable information that can be leveraged to fix process interruptions, increase quality, and reduce costs.

Digitization enables reliable processes

The latest generation tools rely on a library that stores the electrical characteristics of components in a standardized form. This enables the use of design rule checks during the design. In addition, the library establishes a reliable source for parameters and data needed for the digitization of the manufacturing process. Parts and connection lists compiled automatically reduce the laborious and error-prone process of manual list compilation.

With the help of fast, accurate, and reliable data, commissioning cable harness suppliers drastically improves. A simple digital representation on the shop floor helps improve the communication of engineering information to the manufacturing floor. A great example is the use of a tablet, or even an augmented reality device to guide the workers through the wiring, checking, and documentation procedures before startup.

The following video, produced in collaboration with our partner, Komax, a pioneer and market leader in the field of automated wire processing, shows an example of an end-to-end digital production and assembly process starting with E3.series design software from Zuken and ending with a Komax Zeta 630. The result: efficient and robust management of customer-specific variants and a significant reduction in time and effort for cabinet production and cabinet assembly.

Klaus Wiedemann
Klaus Wiedemann
Marketing Manager Europe
Klaus Wiedemann is responsible for Marketing Communications across Europe covering web content, public relations and marketing programs. He works with customers to highlight their success through case studies and presentations for Zuken Innovation World events. Klaus is an enthusiast for two-wheeled vehicles and owns several classic bikes he likes to maintain and repair.
wp-header-1920x844-control-cabinet-angle-510x310
  • Blog
Januar 22, 2024
Zuken ermöglicht die Rotation von Komponenten in beliebigen Winkeln in E3.panel

Seit mehr Jahrzehnten gilt 3D als der Stand der Dinge in der mechanischen Konstruktion. In der Elektronik- und Elektrotechnik hat 2D nach wie vor noch seinen festen Platz, denn hier bildet das logische Schema die Grundlage für die gesamte Konstruktion. Die dritte Dimension kommt erst bei der physikalischen Auslegung ins Spiel – dort wird sie aber immer wichtiger. Warum das so ist, lesen Sie in unserem Blog.

Read now
Electrical Cabinet Design
  • Webinare
Dezember 15, 2023
Automatisierungslösungen für die Schaltschrankfertigung auf der Basis von E3-Daten
Webinare, E3.panel, E3.ExportToKomax, E3.AssemblingCockpit, E3.WiringCockpit, E3.WiringChecks
200421_Bild-1_Vernetzung-von-Technologie-und-Expertise-für-den-Schaltschrankbau-510x300
  • Webinare
September 27, 2022
Smart Cabinet Building: Neues rund um die mechanische Bearbeitung mit dem ModCenter und NC-Cut

Im Schaltschrankbau können durch den Einsatz von modernen Bearbeitungszentren wie dem nVent Hoffman ModCenter oder NC-Cut Abläufe optimiert und bis zu 80% an laufenden Kosten eingespart und zusätzlich dem Fachkräftemangel entgegengewirkt werden. Unser Partner nVent Hoffman aus der Smart Cabinet Building Initiative zeigt Ihnen konkrete Beispiele.

Jetzt ansehen
E3.series-2021-HighlightPanel-510x310
  • Webinare
September 13, 2022
Smart Cabinet Building: Neue Funktionen in E3.series für den noch moderneren Schaltschrankbau

In der neuen E3-Release 2022 haben wieder zahlreiche Wünsche und Verbesserungen rund um die moderne Schaltschrankfertigung realisiert. Eine Auswahl dieser neuen Funktionen werden in diesem Webinar vorgestellt. Das betrifft zum einen Erweiterungen in E3.panel, sowie die Werkzeuge für die Fertigungsautomatisierung, insbesondere E3.CutOut, E3.ExportToKomax und E3.WiringCockpit.

Jetzt ansehen