From input to reliable geometry

Engineering, CAD & Technical Data

Technical cases bundle geometry, parameters, sources, revisions, corrections and approvals. From these, sketches, 2D/3D data, CAD adapters and customer-specific design logic can derive production-ready documents – including freeform shapes, if the data and methods are suitable.

Engineering, CAD & Technical Data
Today

Today, similar parts are designed from scratch again and again.

Many components resemble known parts. Even so, geometries are rebuilt, dimensions are retyped from documents, and bills of materials and documents are compiled one by one.

  • Rebuilding similar models
  • Transferring dimensions and parameters from drawings
  • Maintaining bills of materials and assemblies manually
  • Deriving tool and mold making components by hand
  • Tracking revisions in file names instead of traceably
Features

What the module covers.

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Sketches & 3D models

Create or import parametric sketches, plan sections and 3D geometries.

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Revisions & versions

Version changes; do not silently overwrite approved versions.

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Dimensions & sources

Check parameters, units, cutouts, orientation and origin.

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CAD integrations

Integrate STEP, STL, OBJ, DXF and customizable CAD adapters into technical workflows.

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Design logic

Add bills of materials, assemblies, tool/mold making or industry-specific generators on a rule basis.

✓

Engineering approval

Present geometry to the employee for review, document corrections and approve selectively.

Workflow

From intake to a controlled result.

01Choose inputPhoto, scan, drawing, CAD, parameters.
02Derive geometryParametric or freeform.
03Check technicallyDimensions, bodies, orientation, revision.
04Apply domain logicBOM, assembly, special rules.
05Human reviewsCorrect and approve.
06Output dataCAD and manufacturing documents.
Any input becomes a finished part
Graphic: Various inputs → 3D model → CAM automation → Human reviews & approves → Production.
Human in the loop

This is where your team reviews and decides.

secondFactory prepares. At these points, a person confirms, corrects or deliberately approves – nothing slips through unnoticed.

Control principle →
✓

Check geometry and dimensions

3D model, dimensions, bodies and orientation are technically reviewed before being passed on.

✓

Confirm domain logic

Rule-based derived bills of materials, assemblies or mold making components are checked against your standards.

✓

Approve engineering

Corrections are documented; approved versions are not silently overwritten.

Your benefits

What improves day to day.

✓

Less rebuilding

Automate recurring geometry and derivations.

✓

Better consistency

Keep technical data consistently versioned.

✓

Openly extensible

Integrate your own generators, CAD systems and industry logic.

Industry-specific domain modules can include, for example, tool/mold making, structural design/structural analysis, reinforcement, assembly planning or customer-specific design. Approvals and technical responsibility remain with the responsible person.
Major leverage for part familiesWith recurring part families, clear standards and good data, a large share of manual design and derivation work can be eliminated – within a target range of 50–80%. The specific potential is measured on the real process.
Input & result

What goes in. What comes out.

Input sources

  • Photos, sketches and scans
  • Drawings as PDF or on paper
  • CAD data: STEP, STL, OBJ, DXF
  • Parameters and company standards
  • Requirements from inquiry & quote

Results

  • Parametric or freeform 3D geometry
  • Versioned revisions
  • Checked dimensions with source reference
  • Bills of materials and assemblies
  • Tool and mold making derivations
  • Approved technical documents
In the end-to-end process

Handovers without re-entry.

View the end-to-end process →
Before

Inquiry and planning

Drawings, requirements and order data from inquiry and planning.

This module

Engineering, CAD & Technical Data

Any suitable input becomes reliable geometry.

After

CAM and material

Approved geometry goes to CAM & Machines, material requirements go to Material & Nesting.

Process analysis / demo

Check engineering on a real part.

Bring a typical drawing, photo or CAD model. We show what secondFactory prepares from it and where your design engineers approve.