Artec Neo

One scanner, many scenarios — apply reference targets to suit your task, from a full field to none at all. Every scenario ends in a single complete dataset with anchored accuracy and every detail captured.

Targets across the whole part keep every frame anchored — with Artec Neo reaching 0.025 mm + 0.035 mm/m volumetric accuracy over the entire surface.

Targets go around the features that perform a function — datums, fits, interfaces — anchoring accuracy exactly where it has to hold, with other surfaces captured target-free with full detail and color.

Targets go on the fixture, not the part — the setup carries the metrology-grade accuracy framework, with no error accumulation across the measurement.

Even deep channels and passages, where targets can’t be applied, are measured as-is to be compared against CAD.

A target trail links connecting points into one common frame of reference — scan the trail first, then just the features that matter.

Capture vital engineering data — flange-to-flange distances, bolt-circle orientation, and mounting-point coordinates over several meters with metrology-grade accuracy.

Scan entire objects in minutes with up to 0.05 mm accuracy and resolution — no target placement or surface preparation required.

Get clean meshes ready for CAD, as well as full-color part scans carrying numbers, casting marks, and surface condition.

With a built-in battery and Wi-Fi, Artec Neo gives users the freedom to scan continuously where running a cable wouldn’t be feasible for on-site inspection, scanning at height, and capturing in confined spaces.

Acceptance testing is done per VDI/VDE 2634 Part 3, using robot-driven trajectories and internationally traceable reference objects.

Artec’s dedicated metrology laboratory, operating according to ISO/IEC 17025 principles, with safeguards for impartiality.

Every Neo is individually calibrated and verified before shipment, and ships with its own accuracy certificate.