GITNUXSOFTWARE REVIEW
Construction & InfrastructureTop 10 Best Cable Tray Layout Software of 2026
Compare cable tray layout software options for electrical design workflows, including ETAP and Bentley Raceway, with tradeoffs for shortlist decisions.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Hexagon Smart 3D is the best choice for engineering-led teams that need governed 3D tray coordination and consistent deliverables because its object-based model generation keeps tray objects aligned across views and drawings, whereas Caneco BIM fits electrical teams that want installation drawings and BOM outputs driven from the electrical model without heavy CAD routing.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Hexagon Smart 3D
Smart 3D object-based engineering model supports controlled generation of consistent tray and drawing deliverables.
Best for: Fits when engineering-led teams need governed 3D tray coordination with plant models.
ETAP
Editor pickCable tray drawing output generated from engineering project objects, keeping electrical design iterations consistent across installation sheets.
Best for: Fits when electrical design teams need cable tray documentation tied to their power system models.
Bentley Raceway and Cable Management
Editor pickRule-driven tray routing plus revision-linked deliverable generation for installation drawings and material lists.
Best for: Fits when teams need repeatable tray routing and revision-linked installation drawing outputs inside Bentley-centered workflows.
Comparison Table
Hexagon Smart 3D
enterpriseModels plant electrical systems with cable trays, raceways, equipment, supports, and spatial coordination.
Smart 3D object-based engineering model supports controlled generation of consistent tray and drawing deliverables.
Hexagon Smart 3D is built around a structured engineering model where tray elements, supports, and routing objects remain consistent across design, review, and documentation. It supports 3D authoring with repeatable configuration controls so teams can standardize tray types, support schemes, and drafting outputs across projects. It also supports interoperability workflows that matter in cable work, including exchanging geometry and coordination artifacts with external design tools.
A key tradeoff is that Smart 3D cable tray routing is strongest when the plant design discipline and data setup are already in place, since routing depends on correct classification and model conventions. It fits best for projects that need 3D coordination with piping, equipment, and structures where clash resolution depends on model truth, not 2D sketches.
- +Governed 3D modeling keeps tray objects consistent across views and drawings
- +Engineering database-driven automation reduces manual drafting drift
- +3D coordination focus supports engineering review at spatial reality
- +Output generation supports documentation workflows from the same source model
- –Best results depend on upfront model configuration and naming conventions
- –Cable routing workflows can feel heavier than dedicated 2D tray tools
- –Interoperability effort can increase when downstream teams use non-Hexagon models
Plant engineering teams
3D tray routing with plant geometry
Fewer rework cycles during coordination
Industrial project delivery
Standardized support schemes across projects
Consistent installation drawing sets
Show 1 more scenario
BIM coordination leads
Model exchange for multidisciplinary review
Clearer cross-discipline coordination
Teams exchange coordination artifacts to reduce ambiguity between disciplines sharing the same spatial space.
Best for: Fits when engineering-led teams need governed 3D tray coordination with plant models.
ETAP
enterpriseElectrical power system design and analysis platform with cable routing and tray fill modules.
Cable tray drawing output generated from engineering project objects, keeping electrical design iterations consistent across installation sheets.
ETAP is an electrical engineering design environment that supports cable tray layout inside an integrated workflow for power systems modeling. It focuses on engineering continuity between electrical network design data and field-ready tray drawings, rather than treating tray routing as a standalone drafting tool.
Cable tray routing and drawing output are driven from engineering objects and project context, which reduces manual cross-referencing during iterations. ETAP’s strength is the linkage between electrical design outputs and installation documentation rather than a dedicated tray routing sandbox.
- +Engineering context links tray documentation to electrical project data
- +Tray routing changes remain consistent across related drawings
- +Exportable installation outputs reduce manual cleanup after revisions
- +Supports coordinated project workflows without switching toolchains
- –Tray routing tools are not as specialized as tray-only layout products
- –Automation for large tray networks can depend on project setup discipline
- –Interoperability with external BIM workflows can require format conversion steps
- –Advanced tray detail authoring may require supplemental drafting effort
Electrical design and installation teams
Assess cable routing during design
Cable installation analysis integrated
Electrical distribution designers
Check feeders against tray routes
Equipment selection validated
Show 2 more scenarios
Industrial plant electrical engineers
Evaluate tray impacts after upgrades
Change impact understood
Use study results to reflect new loads or topology changes and confirm their effect on protected equipment and routes.
Utility renewable-energy engineers
Plan trays for solar and storage
Grid studies accounted
Model grid integration for solar PV and storage and align cable tray routing with the planned generation and protection context.
Best for: Fits when electrical design teams need cable tray documentation tied to their power system models.
Bentley Raceway and Cable Management
enterpriseDesigns cable trays, raceways, supports, and cable routes within coordinated plant and infrastructure models.
Rule-driven tray routing plus revision-linked deliverable generation for installation drawings and material lists.
Bentley Raceway and Cable Management is built for electrical cable tray layout workflows tied to Bentley’s broader design ecosystem. It supports tray routing and cable placement with rules used for routing clearance and construction documentation outputs such as installation drawings.
The software emphasizes connectivity between routing intent and downstream deliverables like bills of materials and drawing sets. For teams that already standardize on Bentley authoring and coordination, it offers stronger integration depth than generic CAD-only tray tools.
- +Tray and cable routing workflows tailored to electrical layout deliverables
- +Clear mapping from route geometry to construction drawings and material outputs
- +Works well when the project environment already uses Bentley file formats and tooling
- +Supports route constraints that reduce manual rework during revisions
- –Authoring speed drops when layouts require frequent exceptions to routing rules
- –Deep workflows rely on Bentley ecosystem conventions for best results
- –Automation depends more on setup than on lightweight in-tool scripting
- –Export formats can require cleanup for non-Bentley downstream CAD standards
Electrical BIM coordination teams
Generate tray routing clearance documentation
Clearances documented
Electrical designers with BOM needs
Drive bills from routed tray runs
BOM stays aligned
Show 1 more scenario
Firms standardizing on Bentley authoring
Coordinate tray plans with design sets
Revisions stay consistent
Rely on integration depth so tray routing updates propagate into installation drawings within the authoring workflow.
Best for: Fits when teams need repeatable tray routing and revision-linked installation drawing outputs inside Bentley-centered workflows.
AVEVA E3D Design
enterpriseSupports 3D plant design with cable tray routing, equipment placement, clash checking, and deliverables.
One model workflow keeps tray routes, supports, and installation geometry coordinated within AVEVA E3D Design exportable datasets.
AVEVA E3D Design supports 3D cable tray modeling and route planning inside a plant-style design workflow with consistent engineering object behavior. Cable tray routing, component placement, and layout constraints are handled in the 3D authoring environment so installation geometry and clearances can be checked against the model.
- +Strong 3D tray modeling workflow with route-aware placement
- +Clear support objects for tray segmentation and run organization
- +Engineering exchange via IFC and DWG for coordination handoffs
- +Works well when cable trays must align with larger E3D datasets
- –Cable fill calculation and separation checks depend on project configuration
- –Routing automation is less granular than dedicated tray planning tools
- –UI learning curve is steeper than CAD-only layout workflows
- –Governance for model standards needs active design administration
Electrical designers and drafters
Route cable trays within 3D plant model
Fewer coordination-driven redesign cycles
3D BIM coordination leads
Share tray geometry for coordination
Reduced cross-discipline clashes
Show 2 more scenarios
Installation and construction planning
Validate clearances in installation space
Lower site rework risk
Enables clearance and geometry checks against the modeled environment in the authoring system.
Engineering project teams
Place components with consistent constraints
More repeatable tray layouts
Supports component placement and routing constraints inside the 3D authoring workflow for large scopes.
Best for: Fits when cable tray layouts must stay consistent with a plant-scale 3D engineering model and coordination deliverables.
SolidWorks Electrical
enterpriseElectrical schematic and 3D routing software supporting cable tray path and conduit layout.
Electrical model-driven drawing updates tie tray-related documentation to downstream engineering changes.
SolidWorks Electrical performs electrical documentation workflows alongside cable tray layout support through its electrical design environment. It ties tray work to an engineering source model so routing and documentation updates can follow design changes.
- +Electrical design data stays linked to tray-related documentation outputs
- +Drawing generation supports consistent installation drawing production
- +Automation through SolidWorks workflows reduces manual rework cycles
- +Interoperability with the wider SolidWorks toolchain supports coordinated design
- –Tray routing tooling is weaker than dedicated cable tray CAD routing engines
- –Geometric clearance validation requires extra coordination work
- –Automation depth depends on the SolidWorks ecosystem setup
- –Complex tray families can take time to standardize across projects
Harness designers and engineers
Produce traceable cable and harness docs
Traceable cable documentation
Cabinet builders and panel engineers
Plan wiring on terminal strips
Terminal planning organized
Show 2 more scenarios
Electromechanical product development teams
Align electrical intent with 3D routing
Electrical and mechanical aligned
Link electrical documentation with mechanical assemblies and routing workflows so physical layout matches electrical details.
Machine builders and standardization teams
Reuse wiring patterns across variants
More repeatable packages
Standardize design packages by reusing libraries, device records, and wiring patterns across related machine variants.
Best for: Fits when engineering teams already standardize on SolidWorks Electrical and need tray-linked documentation.
Trimble SysQue
enterpriseRevit-integrated MEP detailing software with cable tray and conduit routing libraries.
Route-driven tray generation that enforces engineering constraints during edits across connected layout elements.
Trimble SysQue is a cable tray layout and routing solution that focuses on repeatable engineering workflows tied to asset and route data. It supports both 2D tray layouts and plant-oriented outputs used for electrical design coordination.
- +Routing constraints reduce manual rework when tray paths change
- +Repeatable placement supports consistent component selection across projects
- +Documentation outputs align with installation drawing workflows
- +Route-driven edits help maintain alignment across related views
- –Customization depends on workspace configuration and disciplined standards
- –Advanced clash detection depends on external BIM coordination steps
- –Large projects can slow down when many route iterations are active
- –Cable fill calculations are less central than routing and tray layout
Electrical contractors and BIM modelers
Route cable trays using routing libraries
Coordinated detailing supported
HVAC contractors and fabricators
Produce rule-driven duct layouts
Less repetitive drafting
Show 2 more scenarios
Mechanical piping contractors
Generate fabrication-ready spool documentation
Better fabrication handoff
Transfer model geometry and specifications into fabrication and spool documentation for coordinated output.
MEP installation teams
Convert coordinated models into drawings
Field-ready documentation
Generate installation-oriented drawings from coordinated building services models used on site for planning.
Best for: Fits when electrical teams need governed tray routing and repeatable installation drawings with limited manual redesign.
Caneco BIM
vertical specialistConnects electrical calculations with BIM-based distribution layouts, cable routes, and construction documentation.
Design-to-document automation that outputs installation drawings and bills of materials directly from the electrical model context.
Caneco BIM is an electrical design and tray-documentation workflow tool that generates structured cable tray outputs from electrical models. It focuses on producing design artifacts like installation drawings and bills of materials driven by electrical data, rather than only manual drafting.
- +Electrical-data-driven documentation reduces manual reconciliation work
- +Automated generation of installation drawings from managed design content
- +Repeatable tray placement logic supports consistent support and spacing outcomes
- +Tagging and BOM outputs stay tied to the modeled electrical structure
- –Cable tray routing flexibility is narrower than general-purpose CAD
- –Clearance and constraint checking depends on the configured design rules
- –External interoperability relies on file-based exchange rather than live model linking
Electrical engineers preparing handover
Generate tray installation drawings from models
Handover artifacts produced
Design teams needing routing alignment
Maintain consistent tray routing and tagging
Routing and tagging aligned
Show 1 more scenario
Projects requiring consistent electrical deliverables
Keep documentation consistent with modeling
Fewer documentation mismatches
Run tray documentation generation from electrical deliverables so design changes reflect across modeling and documentation steps.
Best for: Fits when electrical teams need tray documentation and BOM outputs aligned to electrical design data without heavy CAD routing.
MagiCAD Electrical
vertical specialistAdds electrical BIM design for cable trays, conduits, equipment, calculations, and construction documentation.
Rule-driven routing that keeps tray segments and supports synchronized with electrical design intent during revisions.
MagiCAD Electrical supports 2D cable tray layout with automated tray segmenting and routing, then carries that into deliverables like installation drawings and bill-of-material style outputs. It is especially aligned to teams that already model electrical systems and want tray outcomes to stay consistent with the cable design intent. The workflow also fits projects that need predictable support spacing decisions, bracket selection, and repeatable layout rules across large electrical rooms or multiple floors.
- +Automates tray routing updates from electrical design changes
- +Produces installation drawings and cable-aware tray documentation outputs
- +Enforces routing constraints to reduce clearance rework
- +Supports repeatable tray support and bracket placement logic
- –Less suited to fully manual, sketch-based tray layout workflows
- –Custom routing rules and hardware mapping can require setup discipline
- –Complex nonstandard tray geometries can need iterative adjustments
- –Requires maintaining consistency between electrical intent and tray rules
Electrical design engineering teams
Tray routes driven by cable design revisions
Faster revision cycles
MEP BIM coordination leads
Coordinated tray layout deliverables
Fewer coordination redraws
Show 1 more scenario
Industrial projects coordinators
Standardized support spacing across areas
More uniform installations
Consistent support spacing logic reduces variance across rooms and distribution corridors.
Best for: Fits when electrical design teams need repeatable tray routing and documentation from changing designs.
elecworks
SMBElectrical design software with 3D cable routing and tray layout for SolidWorks and AutoCAD.
Rule-based tray routing tied to support planning that produces consistent installation-oriented layouts.
Elecworks, from trace-software.com, is aimed at producing cable tray layouts tied to electrical design workflows rather than starting as a pure CAD drafting tool. The software centers on tray routing logic, support and span planning, and drawing output that can align with electrical documentation needs.
- +Tray routing with repeatable rules for consistent layout generation
- +Support placement and span planning aligned to installation constraints
- +Drawing generation designed for electrical documentation handoff
- +Exports support downstream installation drawing and material workflows
- –Less suited to fully freeform CAD edits compared with general CAD tools
- –Automation setup requires disciplined project configuration
- –Complex 3D coordination workflows can require external tools
- –Integration depth depends on specific exchange formats and pipelines
Electrical engineering route coordinators
Document tray routes with cable records
Connected route records
Electrical engineers specifying installations
Connect route data to cable sizing schedules
Sizing schedules tied
Show 2 more scenarios
Electrical and mechanical enclosures teams
Coordinate tray connections inside enclosures
Wiring reflects assembly placement
Match wiring connection intent with component placement using enclosure-oriented layout workflows for more realistic assembly wiring.
Low-voltage cable design teams
Track terminations and cable schedules
Traceable cable schedules
Maintain connected cable records covering routes, terminals, and termination details through electrical documentation.
Best for: Fits when electrical teams need repeatable 2D tray layout generation with installation-ready drawings.
ElectroPlan
SMBElectrical estimating and design software with cable tray sizing and takeoff features.
Tray routing output that stays tied to installation-drawing deliverables without manual rework.
ElectroPlan targets cable tray layout workflows where horizontal and vertical routing decisions must translate into consistent drawings. Tray path planning and placing generate layout results that are suitable for fabrication documentation, including drawings and bill-style project outputs. ElectroPlan is a good fit when tray layouts are treated as a controlled deliverable that must stay aligned with an electrical project package.
- +2D tray routing that converts into installation drawing outputs
- +Repeatable layout generation that reduces manual drawing edits
- +Clear workflow for managing tray runs and route changes
- +Project-oriented outputs that support installation documentation review
- –Rules and standards must be defined before large-scale routing
- –Limited value when project inputs are not already structured
- –Adaptation time increases with highly nonstandard tray variations
- –Complex coordination needs can require external design handling
Cable tray drafters
Produce repeatable tray plans
Faster plan revisions
Electrical engineering leads
Standardize tray layout rules
Lower documentation churn
Show 1 more scenario
Project documentation teams
Release fabrication-ready drawing sets
Clearer install documentation
Package tray layout deliverables that review teams can validate quickly.
Best for: Fits when electrical teams need consistent tray drawings from structured routing intent.
Conclusion
After evaluating 10 cable tray layout software, Hexagon Smart 3D stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Frequently Asked Questions About Cable Tray Layout Software
How do 2D tray layouts and 3D tray modeling differ across ElectroPlan, AVEVA E3D Design, and Smart 3D?
Which tools generate installation drawings from routing intent with less manual rework: ElectroPlan, elecworks, or ETAP?
How does MagiCAD Electrical handle tray routing logic when electrical design inputs change?
When does a project need BIM coordination exports, and which tools support that workflow best?
What breaks if a team tries to use a drawing-focused tool for governed model coordination: can Caneco BIM, SolidWorks Electrical, and Bentley Raceway and Cable Management stay consistent?
How do these tools structure cable-aware checks like spacing, separation, and support planning during layout edits?
Which integrations and exchanges matter most for teams that already use DWG, Revit, or IFC: AVEVA E3D Design, Hexagon Smart 3D, and Bentley Raceway and Cable Management?
How should teams plan data migration for cable tray projects when moving from CAD-only sheets to model-driven tools like ElectroPlan, SysQue, or MagiCAD Electrical?
What admin controls and governance mechanisms should be tested during rollout for multi-discipline teams using these tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Cable Tray Layout Software
We see options split most on how reliably they turn your tray plan into correct, repeatable output. The biggest differences show up in how well cable fill calculation and clash/clearance checking work together, and whether the automation and API surface lets you standardize layouts across projects.
Automation and API surface
Why it matters
Automation and API surface matters when we need consistent tray layouts across many projects and to reduce manual rework. A strong surface also makes cable tray layout software easier to plug into an existing workflow.
How to check
Ask for a scriptable workflow: can they batch-create a layout from a set of input parameters, then export results? Look for an API or importable configuration (not just UI clicks) and request a short demo of it on a sample dataset.
Cable fill calculation accuracy
Why it matters
Cable fill calculation accuracy is where layouts either pass review or need rework. When fill is wrong, downstream separation, routing choices, and capacity assumptions get undermined.
How to check
Use a demo model with mixed cable types and different quantity counts, then compare the tool’s reported fill values to a reference sheet they provide. Ask how they handle partial tray changes and whether they recalculate automatically after edits.
Clash and clearance checking
Why it matters
Clash and clearance checking keeps tray changes from creating conflicts with supports, openings, or other building elements. In practice, we care whether conflicts are found early and described enough to fix quickly.
How to check
Have them run a clearance check and show what gets flagged, with a view that explains where the clearance fails. Then change one parameter (like tray position or route) and confirm the results update and are traceable to the edit.
Tray routing edit control
Why it matters
Tray routing edit control affects how quickly we can refine geometry without breaking the layout logic. Good control also protects intent when we adjust widths, offsets, or transitions.
How to check
In the demo, create a simple run with one or two bends, then modify it using the tool’s native routing controls. Confirm that connected segments stay consistent and that the tool updates dependent properties without requiring you to rebuild the model.
Support spacing and rules enforcement
Why it matters
Support spacing and rules enforcement matters because tray layouts must carry review scrutiny, not just draw correctly. If support logic is inconsistent, installation drawings and approvals can stall.
How to check
Ask them to show a run where support placement is computed from inputs, and then slightly adjust tray length or route to see whether support spacing updates. Check whether they can apply rules at the project level and show which rule triggered each support.
Drawing output with traceability
Why it matters
Drawing output with traceability is how we move from a layout to something others can verify. We look for exports that let reviewers connect the drawing back to model changes.
How to check
Request an export of installation drawing views plus a way to verify what version of the layout produced them. Change the tray routing once, regenerate, and confirm the new drawings reflect the edit without missing elements.
Red flags
- Fill values update inconsistently after cable or count changes
- Clearance reports are vague or don’t map to the edit you made
- Routing edits break connections and require rebuilding segments
Fit by situation
- If we need to standardize tray layouts across many projects with less manual work, prioritize Automation and API surface.
- If our review depends on correct capacities, prioritize Cable fill calculation accuracy.
- If we often revise routes late in the cycle, prioritize Clash and clearance checking.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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