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Heatsink CAD Drawing Generator

Describe fin pitch, fin height, base thickness, and the mounting pattern, and DrawCAD renders a clean CAD-style heatsink image for thermal concept reviews, datasheets, and enclosure airflow studies.

Extruded fin arraysPin-fin gridsFin pitch and baseCAD-style images

Wynik: Plik w formacie CAD PNG · Nie jest to plik edytowalny CAD

How to generate a heatsink drawing
Heatsink concepts from text
Task context

How to generate a heatsink drawing

Choose the fin architecture: extruded, skived, bonded, or pin-fin.
Give the base footprint, base thickness, fin height, fin thickness, and fin pitch.
Add the mounting pattern and airflow direction, then generate and refine the view.
Fin pitch map

Heatsink drawing prompts

Pick a fin architecture first, then swap in your own footprint, fin count, pitch, and mounting interface.

CAD-style drawing of an extruded aluminum fin heatsinkFin architecture: extrudedBase length: 120mmBase width: 80mmBase thickness: 6mmFin height: 30mm

Concept dimensions guide the prompt and visual only; they are not manufacturable CAD geometry or production drawings.

Zestaw narzędzi do zadań

Configure a heatsink drawing

More parameters
Wygenerowana fraza podpowiedzi

Create a dimensioned CAD-style technical drawing of a heatsink, with coherent orthographic and isometric views, visible fin pitch, base thickness, mounting holes, and clear leader dimensions. extruded aluminum heatsink with straight parallel fins drafted 1 degree per side and a continuous base. Base length: 120mm. Base width: 80mm. Base thickness: 6mm. Fin height: 30mm. Fin pitch: 5.5mm. sized for forced air from an axial fan, with the fan footprint and airflow direction arrows along the fin channels. four M4 clearance holes at the base corners with 8 mm edge distance and counterbores on the fin side.

Wbudowane szablony

Heatsink CAD-style examples

Najczęściej zadawane pytania

Can DrawCAD calculate thermal resistance?

No. The image communicates fin geometry and proportions, but the actual degrees C per watt depends on airflow, material conductivity, interface resistance, and mounting pressure. Get that number from a thermal solver or a bench test.

How do I show fin pitch clearly?

Ask for an end or section view and state fin count, fin thickness, and center-to-center pitch. A top view on its own tends to flatten the fin channels and hide the spacing.

Can I get an extrusion profile file for tooling?

No. DrawCAD outputs CAD-style images, not editable STEP or DXF profiles or die drawings. Redraw and verify the profile in CAD before quoting an extrusion die.

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