ENGINEERING & MANUFACTURING

Develop the part. Keep the evidence. Prepare the work.

An industrial component needs more than a shape. Portola links requirements, CAD versions, measured features, engineering decisions and shop preparation through coordinated specialist workflows.

  1. Request

    Describe the parts and their purpose

    Keep drawings, dimensions, materials and connections together in one saved project.

  2. Plan

    Review the component and feature plan

    Planner coordinates domain specialists and tools. You approve the selected work before execution.

  3. Build

    Create component CAD, feature by feature

    Save initial shapes, then apply eligible features to exact versions with files and measurements at each checkpoint.

  4. Review

    Resolve engineering and shop requirements

    Review function, materials, connections, tolerances and the available equipment, tooling and stock.

  5. Saved result

    Prepare the manufacturing handoff

    Keep CAD, fit checks, operation plans, setup drawings and unresolved findings linked to their source versions.

Specialists do focused work. The project carries it forward.

Planner coordinates the approved scope. Domain coordinators manage specialists and tools. Each operation saves a checkpoint; a local question or failure preserves completed work and stays visible.

01 · Interpret

Turn requirements into a component plan

Keep descriptions, drawings, photos, PDFs and CAD with the request. Identify component ownership, feature dimensions, materials and shared connections. A physical part can contain several modeling shapes.

02 · Construct

Build the initial shapes

Run focused Engineering and Geometry tasks for each modeling shape. Preserve supplied dimensions and save the initial files as a checkpoint, with deferred details visible.

03 · Refine

Apply features to exact component versions

Prepare supported holes, slots, pockets, fillets and chamfers from saved requirements or a written change. Review the proposal, then construct, measure and export a new version before continuing to the next feature.

04 · Engineer

Review function, materials and connections

Separate reviews address operating duty, material/process choices, fastening and retention, then tolerances and finish. Retrieve known requirements and record genuine unknowns rather than guessing acceptance criteria.

05 · Assemble

Check the selected parts together

Shared, versioned interfaces keep mating dimensions and datums linked. Review placement and measure clearance and interference between exact component versions. A revised input makes dependent checks outdated.

06 · Prepare

Develop the operation sequence

Plan ordered fabrication and inspection steps against configured equipment, tools, fixtures and material Ledger records. Save work cards, readiness findings and setup drawings with the operation and source geometry.

A shop library that carries across projects.

Configure the resources your operation uses once, then reference exact revisions in later plans and reviews.

Equipment profiles
CNC machines, printers, manual fabrication equipment and workstations, with documented capabilities and configured settings.
Tools & workholding
Reusable cutter, holder and fixture records for compatibility, access and setup reviews.
Material Ledger
Stock identity, grade, condition, dimensions, lots, quantities and reservations. A review reads availability without consuming stock.
Operation tracking
Ordered work cards with assignments, setup information, results, holds and rework history.

A reviewable handoff, with its limits visible.

Versioned component files

STEP, STL and OBJ files, measurement reports and the requested requirements remain linked to each checkpoint.

Machining readiness

A machinist specialist checks the route against saved geometry, engineering requirements and selected shop resources. Missing evidence becomes a finding.

Setup drawing packages

CAD views, sections, setup coordinates, stock and fixture references, tooling notes and inspection requirements stay attached to the selected operation.

Saved geometry and nominal fit checks do not establish strength, a qualified manufacturing fit or production approval. General CNC CAM/G-code generation, collision analysis and rigidity qualification require separate capable backends and evidence. Portola does not directly control a machine.

Start with one real part and a defined manufacturing workflow.

Bring your requirements, current process and available shop resources. We’ll scope the workflows, review boundaries and evidence needed for a useful pilot.

Discuss your workflow