Accuracy: what you draw is what the factory makes.

Clairvyn CAD measures on the exact surfaces of a part, not on the triangles the screen draws. Write the part to STEP, read it back, and it measures the same. Drive the gauge: spin the wheel, slide it along the plate, zero it on any surface.

Open Clairvyn CAD See the round trip

160.00mm(6.2992 in)

Out to STEP and back, compared in type.

A machined housing, as Clairvyn CAD read it, and again after writing it to STEP and reading it back. Both are printed in type from the real renders; the scriber sweeps down them and marks each row of the gap: = where the two are the same, a red # where they would differ. Hover or drag for the loupe.

MeasuredVolume, area, centre of mass, lengths, cylinder axes
Round tripWritten to STEP, read back, measured again
BodyChecked as a sound solid

AS READSWEEPINGROUND TRIP

An instrument, not a mesh.

An inspection bench drawn in isometric: a part measured in Clairvyn CAD, checked as a solid, written to STEP, read back and measured again

Most tools measure the triangles they draw. Clairvyn CAD works out volume, area and centre of mass on the true curved surfaces, however finely the screen cuts them, and checks each answer a second, independent way. A part that changes on its way out to STEP fails.

1. BuildFrom commands, the way you or your AI would
2. MeasureAgainst values worked out by hand from the drawing
3. Round tripOut to STEP, back in, measured again

Measure it, cut it open, check the fit.

Measuring a bolted flange in Clairvyn CAD by picking vertices, edges or faces — measured on the true surfaces

A section cut through a bolted flange in Clairvyn CAD — a cut that changes nothing

Interference between the leaves of a hinge assembly, found by Clairvyn CAD — where two parts would meet

Measure gives exact lengths, diameters, angles, slot sizes and distances. A section cuts the part open without touching it. Interference finds the parts that overlap and how much they share. The same checks are commands your connected AI can run on any design.

Opens what the other tools save.

An AutoCAD DWG drawing of a car opened as a sketch in Clairvyn CAD — DWG, as a sketch

A SolidWorks part opened as a solid in Clairvyn CAD — SolidWorks, as a solid

A Rhino teacup model opened with its layers in Clairvyn CAD — Rhino, layers and all

An IFC building model opened in Clairvyn CAD with its storeys and spaces — IFC, storeys kept

File	Opens as
STEP, IGES	Solids and assemblies from any solid modeller; a STEP that holds only a mesh opens as that mesh
DWG, DXF	AutoCAD and any drafting tool, as sketches you can build on
SLDPRT	SolidWorks parts, as solids
3DM	Rhino, with its layers
IFC	Revit and ArchiCAD, storeys and spaces kept
FCSTD, SAT	FreeCAD and ACIS
STL, OBJ, 3MF	Meshes and printers

Hard parts, rebuilt.

A machined housing with bosses and ribs, read from STEP into Clairvyn CAD — a machined housing, from STEP

A round along a curved edge where a block meets a cylinder, modelled in Clairvyn CAD — a round where a block meets a cylinder

A plate with plain, counterbored and countersunk holes in a pattern, modelled in Clairvyn CAD — plain, counterbored, countersunk

Fillets that meet at a corner, rounds along curved edges, lofts, twisted sweeps, shells and patterns of every kind of hole. Damaged files get a clear message or a model, never a crash. And the part stays yours: files never leave your device.

List of drawings.

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