Product, machine and manufacturing development drive the universal CAD. HVAC will be the first vertical for libraries and automations, leveraging existing reported engines. The contexts distinguish this base from the planned integrations.
CONCEPTUAL · ILLUSTRATIVE IMAGEThe reported parametric base of Unit CAD supports part and assembly modeling. The multidisciplinary view will connect mechanisms, structure, components and electrical, to develop products and machines across sectors.
CONCEPTUAL · ILLUSTRATIVE IMAGESheet metal, hems, bends, unfoldings, flat patterns and DXF are part of the reported base. 2D detailing is being improved; Unit Manufacturing is expected to expand the manufacturing documentation. Nesting, libraries, BOM and ERP remain planned extensions.
CONCEPTUAL · ILLUSTRATIVE IMAGEHVAC will be the first specialized vertical. HPS already covers technical selection and BOM, and X-Coil Unit already sizes coils and generates 3D, as reported. Integration with Unit AI will connect these engines to electrical, layout, P&ID and routing. Air duct routing remains a distinct expansion from piping.
CONCEPTUAL · ILLUSTRATIVE IMAGEThe planned architecture separates AI interpretation from deterministic calculation and validation engines. Data sheets, sources, assumptions and approvals must accompany the project. Analyses, reports and computational tests, including CFD, remain future expansions.
Base and engines exist as reported by the team; multidisciplinary integrations planned. Images are conceptual references, not projects produced in Unit CAD or analysis results. No public release announced.
Sample request: 50 TR chiller, two refrigeration circuits, R410A, air-side heat exchangers, integrated pump, water tank and 380 V supply. The flow below is a proposed integration, not a calculation or project executed by the site.
The Core should record thermal, hydraulic and electrical requirements. Unit AI will request missing conditions before triggering the engines.
HPS and X-Coil are expected to size and compare alternatives. The functional P&ID will evolve alongside selection, before any routing.
Unit Electrical should generate schematics and a 3D panel; AutoLayout will arrange components, structure and sheet metal with access and assembly rules.
Unit P&ID should consolidate circuits and connections; AutoRoute will transform those relations into 3D piping with interference checking.
Unit Manufacturing should gather 2D engineering drawings, flat patterns and BOM. The design will be editable and subject to review and approval by the responsible engineer.
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