MRGI CONSTRUCT / 2D & 3D CAD

COMING SOON

Draw precisely.
Model parts and assemblies.

Create technical drawings and 3D designs with dimensions and constraints. Connect reviewed design revisions to parts lists, estimates, and production checks.

For design and engineering teams connecting geometry to materials and production decisions.

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Concept image of MRGI Construct displaying a dimensioned mechanical bracket, orthographic drawing, feature tree, and parts properties. — **AI-generated interface concept**
A CAD workspace with a shaded engineering model, dimensioned drawing views, a feature tree, and numerical part properties.
Proposed design with synthetic content. This is not a released application; features and appearance may change.

Interactive demo Feature breakdown The MRGI direction Full workflow guide ↗

EXPLORE THE IDEA / HANDS ON

Change a dimension. Inspect the assembly.

Adjust a synthetic stand’s width and height, rotate the Three.js model, and separate its parts. A sample material estimate changes with the dimensions.

INTERACTIVE 3D / THREE.JS

A small example.
A closer look.

Adjust a synthetic stand’s width and height, rotate the Three.js model, and separate its parts. A sample material estimate changes with the dimensions.

Synthetic inputs. Local computation. No uploads.

This is a geometric browser illustration with fictional cost assumptions. It is not a CAD kernel, supplier quote, stress analysis, or manufacturing approval.

Read the full Construct workflow guide

Explore the future interface design

Inside MRGI Construct

INTERFACE CONCEPT

CoMRGI Construct

Studio objects / desk standSYNTHETIC PROJECT

Design / revision 04Dimensions illustrative

BOM / draft 04Concept UI · No files processed

Original interface mockup with synthetic content. This is a design concept, not a screenshot of a released application. Switch views to explore the proposed workflow.

01 / THE WORK BEHIND THE WORK

Traceable links between design parameters, a bill of materials, and manufacturing checks.

A dimension change can affect materials, cost, and manufacturability. Construct is being explored as a workspace that makes those relationships visible, so the team can review more than the drawing alone.

Where it stands

The source foundation is imported. Parametric BOM integration and manufacturing checks are exploratory. Geometry and file-format fidelity must be validated before production use.

02 / THE PLANNED TOOLKIT

Built around
your real work.

The intended Construct experience.
Feature availability will be confirmed before release.

01
Work with 2D/3D drawing foundations
02
Define and review design constraints
03
Link parameters to material records
04
Prepare a bill-of-materials snapshot
05
Review cost assumptions and changes
06
Collect manufacturing validation findings

A CLOSER LOOK / FEATURE DESIGN

How Construct
is intended to work.

Explore the behavior behind the feature names: what the product would do, and what the reviewer would still need to decide.

01Parameters linked to a BOM

Intended behavior

A reviewed design revision would map selected geometry or parameters to material quantities. The bill of materials would reference that exact revision.

What to inspect

Inspect units, quantity rules, and parts that do not follow automatically from geometry.

02Cost assumptions made explicit

Intended behavior

An estimate would retain its quantity basis, rate source, date, and exclusions. A changed dimension would produce a visible candidate estimate.

What to inspect

Estimates must distinguish material assumptions from labor, waste, tooling, tax, and supplier commitments.

03Manufacturing review evidence

Intended behavior

Checks would target explicitly supported rules and report their assumptions. A release would preserve findings alongside the drawing and BOM.

What to inspect

A limited rule check cannot certify structural safety or general manufacturability.

THE END-TO-END WALKTHROUGH

Review a revised desktop stand

Connect a design change to material quantities and stated assumptions before considering a production handoff.

Explore the detailed workflow ↗

03 / THE MRGI DIRECTION

Where we’re taking Construct.

Three product-specific priorities shaping the proposed MRGI experience.

The BOM follows the design version

Tie a material list to a specific reviewed parameter set. Show the implications of a revision before it becomes a production input.

Estimates with visible assumptions

Keep the quantity, price source, and calculation context behind an estimate available for review. Estimates are not supplier quotes.

Validation with a traceable result

Plan checks for explicitly supported manufacturing constraints and record findings alongside the design revision.

These are development goals, not claims of shipped features or market exclusivity. AI, local operation, and automation are shared foundations—not the entire product distinction.

04 / BETTER CONNECTED

A next step
for every good idea.

Use Grid for approved cost inputs, reference Surface materials, and preserve review findings in Evidence.

01
Define
Select the design revision and relevant parameters.
02
Evaluate
Review BOM changes and cost assumptions.
03
Validate
Collect findings before a production handoff.

Assistance with a defined role.

Proposed assistance can explain parameter relationships or flag missing assumptions. It cannot certify engineering safety or manufacturing suitability.

Cross-app access is planned around selected resources and explicit consent. Ordinary local editing should not require uploading your files.

BUILT ON OPEN-SOURCE FOUNDATIONS

2D/3D drawing, constraints, DXF/DWG, and scripted commands exist in CADCraft. Validated design-to-BOM workflows are the proposed MRGI investigation. Read the source credits ↗

MRGI CONSTRUCT / COMING SOON

A new way forward.
Taking shape.

Explore the suite today. Availability and pricing will follow.

Visit your Cyberplexs account ↗Existing identity portal · No app access yetExplore planned memberships ↗

Draw precisely.
Model parts and assemblies.

A closer look at Construct.