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Image Engineering on Web

Engineering solutions on the web

Design, simulate and analyse, right in your browser

Four engineering tools under one name: a parametric 3D CAD to design your parts, a finite element simulator to analyse them, an industrial statistics platform with a SCADA generator for the plant floor and an electronic design tool for schematics and printed circuit boards. Nothing to install.

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Image Engineering on Web CAD

Parametric 3D modeling

Draw constrained sketches, build parts step by step, put assemblies together and create the technical drawing.

  • Sketches with dimensions and constraints
  • Parts, assemblies and technical drawings
  • Export STL, STEP, IGES and DXF
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Image Engineering on Web FEA

Finite element simulation

Mesh the geometry, choose the physics and solve, with a live convergence plot.

  • Structures, heat, fluids and electromagnetics
  • Coupled physics, 2D and 3D
  • WebGPU acceleration with CPU fallback
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Image Engineering on Web ANALYSIS

Industrial statistics and SCADA

Analyse process data with Six Sigma tools, compute and plot, and generate a SCADA for the plant floor.

  • Control charts, capability and design of experiments
  • Matrix console and publication graphs
  • SCADA exported for Windows, macOS and Linux
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Image Engineering on Web PCB

Schematics and PCB layout

Draw the schematic, lay out and route the printed circuit board, check the rules and download the manufacturing files.

  • Multi-sheet schematic with electrical rule check
  • Interactive and automatic routing, copper zones and DRC
  • 3D view, Gerber, drill, BOM and pick and place
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Workflows

Each tool covers one stage. Use only the one you need or combine the ones that fit your project.

CADFEA

Mechanical part

  1. Design the part in CAD
  2. Export it as STEP or STL
  3. Simulate its strength in FEA
  4. Refine the design and manufacture it
ANALYSIS

Production and quality

  1. Collect the process data
  2. Analyze control charts and capability in Analysis
  3. Generate the SCADA for the plant floor
PCB

Electronic board

  1. Draw the schematic in PCB
  2. Place and route the board
  3. Check the rules (DRC)
  4. Download the manufacturing files
PCBCADFEA

Complete product

  1. Design the board in PCB
  2. Use the board size and mounting holes to draw the enclosure in CAD
  3. Check the enclosure in FEA

Nothing to install

Open the page and start working, on Windows, macOS, Linux or a Chromebook.

Your computer does the work

The geometry kernel and the solvers run in the browser, with WebAssembly and WebGPU.

Ten languages

Interface in English, Portuguese, Spanish, French, German, Chinese, Japanese, Russian, Hindi and Arabic.