Top 10 Best Cable Tray Software of 2026

ETAP is used to plan 2D cable tray layout decisions and maintain consistency when routes change. Cable tray routing work is connected to support placement planning, including selection of standard support types and spacing controls. The tool also produces exportable design deliverables that reduce manual redraw time in coordination cycles.

A key tradeoff is that project results depend on the quality of upstream electrical intent and the accuracy of geometric context provided to ETAP. ETAP fits well when teams need repeated coordination loops with frequent route changes, such as midstream model revisions during design development.

Cable tray work runs through the AutoCAD Electrical authoring context, so tray placement, labeling, and documentation follow established electrical drafting habits. The add-ins are oriented around production deliverables like tray drawings and associated schedule-style outputs used during cable routing and coordination. Cable tray modeling is handled as add-in-driven geometry and annotations rather than a standalone BIM-first model.

A tradeoff is that advanced model management features for multi-author BIM coordination depend on external tools, since the add-ins operate inside an electrical CAD drafting workflow. Trimble AutoCAD Electrical with Cable Tray Add-ins fits teams that need repeatable tray drawing production tied to their electrical project setup, then pass models to coordination tools for clash checking and multi-discipline review.

Bentley Raceway and Cable Management provides authoring for cable tray systems with routing paths and component placement that stay tied to the tray layout, which reduces manual rework after design edits. The workflow emphasizes coordination between physical placement and documentation outputs, including the schedules and connection information needed for handoff to electrical design and construction packages. Export and exchange support matter for cross-discipline coordination, especially when tray geometry must align with the rest of the model environment.

A key tradeoff is that many teams need disciplined configuration to keep routing rules, standard parts, and support logic consistent across repeated project revisions. The software fits best when repeated layout changes require stable tray geometry and cable route regeneration with predictable documentation updates, such as in large electrical renovations.

Intergraph Smart 3D Electrical is a Smart 3D-based cable tray design environment that supports end-to-end electrical routing workflows with model-driven outputs. It focuses on managing electrical design data in a 3D model, then coordinating supports, routing geometry, and connections with downstream deliverables such as BOM and drawings.

Cable tray modeling is handled alongside electrical equipment relationships, so tray runs can be produced from engineering intent rather than repeated manual drafting. Automation options center on template-driven generation and integration with broader plant MEP practices built around the same model ecosystem.

AVEVA Electrical performs electrical design authoring with managed component catalogs, project templates, and drawing production workflows. Cable tray work is handled through electrical design-centric modeling and documentation flows that connect tray-related assets to network behavior and equipment connections.

It supports collaboration through exchange paths for downstream coordination work, including DWG export and IFC exchange for multi-discipline reviews. AVEVA Electrical is distinct in how tray-related content is anchored to electrical engineering deliverables rather than a standalone cable tray layout tool.

MagiCAD is a cable tray software solution used in MEP workflows to generate tray routing and 3D geometry for coordination in building models. The tool focuses on layout-by-rules, including support placement, bend handling, and tray sizing so routes stay consistent with design intent.

It is commonly used alongside Revit-based electrical design coordination to carry changes between model geometry and cable tray elements. MagiCAD also supports exporting documentation outputs such as drawings and schedules needed for installation planning.

Elecdes Design Suite focuses on cable tray design workflows that include 2D layout drafting and 3D model generation in the same project context. The suite targets routing, support placement, and cable segregation decisions that typically drive cable schedules and bill of materials outputs.

It is positioned for teams that need coordinated handoff artifacts via common CAD exchanges like DWG and IFC alongside MEP-focused coordination needs. The workflow emphasis is on getting from initial tray routing to build-ready drawings and model-based coordination outputs without forcing manual rework.

EZ Schematics Pro focuses on producing consistent cable tray deliverables with 2D layout and support elements that match electrical design intent. It is built around schematic-first modeling workflows that generate tray runs, fittings, and support placement from defined routing inputs.

The software supports export paths used in coordination cycles, including drawing outputs and integration-oriented file exchange options. Automated revision handling is geared toward keeping multiple layout sheets aligned as routes and equipment connection points change.

Autodesk Revit provides 3D cable tray modeling as native BIM elements, so tray geometry and metadata live in one project database.

Cable tray documentation uses Revit schedules, tags, and view filters to maintain repeatable bill of materials style outputs.

Coordination workflows usually combine Revit model authoring with federation-based clash detection using separate coordination tools.

Open exchange uses IFC imports and exports to support coordination and record handoffs beyond Revit-only environments.

ElectricalOM targets teams that need consistent cable tray layouts and route geometry without relying on manual drawing edits. The workflow centers on generating 2D tray layouts, propagating routes across layout views, and producing cable tray drawings that match selected tray sizes and run segments.

It also supports exporting deliverables for coordination packages, with an emphasis on keeping tray geometry aligned to the same design intent used across projects. ElectricalOM is distinct in how it treats routing, bends, and support-related geometry as repeatable construction steps instead of one-off drawing operations.