Engineering

Electronics

Bring mechanical packaging, mounting logic, and documentation outputs together for electronics-heavy products and equipment.

Configurable electronics enclosure with pinout and checklist cards
Unified mech + elect
Instant cabinet variants
Export BOM & drawings
Electronics

Electronics packaging with mechanical rules

Electronics-heavy products need more than a board view. confBuild connects enclosure dimensions, mounting logic, connectors, cooling, and documentation outputs in one configurable assembly.

Package devices Model cabinets, enclosures, plates, ports, and mounting zones as reusable rules.
Check constraints Keep spacing, access, cooling, cable routing, and compatibility visible.
Document the variant Generate BOM, drawings, panel context, and order data from the same model.

From enclosure choice to documented assembly

Bring mechanical packaging and electronics-ready constraints into a single repeatable configuration workflow.

  1. 01
    Define the enclosure

    Set cabinet size, plate logic, door options, ports, and accessories.

  2. 02
    Place devices

    Configure modules, terminals, drives, connectors, and mounting zones.

  3. 03
    Validate packaging

    Check spacing, access, thermal assumptions, and cable-routing limits.

  4. 04
    Export documents

    Create BOMs, drawings, model views, and quote-ready configuration data.

Handoff

Align enclosures, devices, and documentation

Electromechanical configurations work best when physical packaging, device choices, access zones, drawings, and quote context stay synchronized.

Mechanical fit Keep plates, mounting zones, clearances, and cable-routing assumptions tied to the enclosure.
Device context Attach selected modules, terminals, drives, connectors, accessories, and BOM rows.
Commercial package Export model views, drawing context, options, and quote-ready order inputs.
Align enclosures, devices, and documentation
Electronics

Configure Electronics-Ready Assemblies

Use one configurable model for enclosure dimensions, device placement logic, mounting structures, and technical handoff.

01

Cabinet & Enclosure Configuration

Define cabinet sizes, door options, panel splits, cooling concepts, and mounting accessories so enclosure variants can be generated consistently.

  • Enclosure families
  • Accessory rules
  • Reusable panel logic
02

Device Placement Constraints

Control mounting zones, spacing, access requirements, and equipment compatibility for power supplies, drives, PLCs, terminals, and supporting hardware.

  • Spacing rules
  • Mounting zones
  • Compatibility control
03

Mechanical Outputs for Electrical Projects

Produce BOM structures, mounting layouts, dimensions, and drawing-ready geometry that keeps electrical and mechanical teams aligned.

  • Project BOMs
  • Layout documentation
  • Drawing exports
Outputs

Electromechanical outputs from one assembly

Mechanical and electronics decisions stay tied to the same configurable model.

Enclosure geometry Configured cabinet, panel, plate, and mounting structures.
Device BOM Selected modules, accessories, connectors, and hardware.
Drawing context Views, dimensions, mounting references, and documentation notes.
Quote state Options, constraints, and order inputs for commercial handoff.
Best fit

Best fit

  • Control cabinet and enclosure variants with repeated logic
  • Electromechanical products that combine boards, housings, and connectors
  • Teams that need BOM and drawing context earlier in sales or planning

Need structured electronics packaging workflows?

Standardize enclosure and panel variants so every project starts from the same validated design rules.