Industrial 3D models

Showcasing the seamless fusion of 3D scans captured at different resolutions

Homogenous texture plus deep undercuts: a challenge tackled with AI photogrammetry to create this 3D model of a piston from an internal combustion engine.

Chrome universal screwdriver 3D model with 16K texture

Scanty surface features proved no obstacle for AI Photogrammetry.

A hyper-realistic, VR-ready asset, made with a DSLR camera and Artec Studio

A true-to-form 3D model of an American quarter dollar, capturing the rim and both sides of the coin with its varied inscriptions, images, and digits. Scanned in 3 minutes in Artec Spider II to reveal every tiny aspect in high resolution.

A highly precise 3D model of the Luxembourgish 2 euro coin scanned with Artec Spider II. This 3D replica showcases the tiny coin’s outer edge, its rim, front and back surfaces, inscriptions, marks, and denomination with every delicate nuance.

An accurate and dynamic 3D model of a classic five-spoke car rim, scanned with Artec Point in 20 minutes, featuring precise rendering of a shiny surface and the part's curves, holes, recessions, and sharp edges.

A digital twin of a rectangular four-cylinder engine block with every cylinder plus hollow spaces, holes, and complex gears within. Created with Artec Point, this 3D model fully captures such details as a combustion chamber, connecting rods, valve seats, ports, water pump, and chain.

A 3D model of a manual transmission, scanned with Artec Point in 25 minutes: from capturing the outer housing that encloses all the internal components to showing off all the interlocking gears, a shifter lever, linkages, and synchronizers.

The 3D model of this sneaker comes with no shortage of fine details, sharp lines, and tricky surfaces.

With plenty of sharp lines, holes, tricky angles, and challenging geometry, Spider II was able to capture this water pump and all its complexities.

An accurate digital twin of an intricate mechanical component was delivered after 5 minutes of scanning and 10 minutes of processing – with all the holes, teeth, and recessed interdental spaces fully captured.

Stark lines and defined edges are thoroughly captured in high-resolution 3D thanks to the stunning capabilities of Artec Spider II. Scan through holes and detail every edge in stunning 3D.

An exhaust gas recirculation (EGR) metal connection pipe, scanned with Artec Micro II in just 15 minutes. The scanner captured every curve, thread cut, round holes, and even the tiniest digits and letters of the serial number – with exceptional accuracy.

Captured with Artec Leo & Artec Ray II, this huge post-processing unit has been turned into a 3D model for a VR simulation, so it can be demoed without ever leaving the factory.

A detailed industrial part scanned with Artec Micro II in 10 minutes, rendering every rib, edge, depression, hole, and the complete relief, including tiny lettering and numbers etched onto the surface, all with micron-level accuracy.

Highly detailed 3D model of an intricate network of pipes, captured with precision using the Artec Ray II scanner.

Digitizing this huge truck with Artec Leo & Ray II, using the highest resolution data from each device, was quick, easy, and yielded an incredibly detailed full-color simulation model.

The glossy surface and complicated structure of this pet hair dryer was no match for Artec Leo and a digital camera, along with Artec Studio 18 features.

An exhaustive, high-res 3D model of a piping system scanned with Artec Ray II and Leo. The intertwined pipes and intricate piping components are captured with the utmost precision in this realistic digital twin ready to be used in industrial design, engineering, and manufacturing applications.

This impressive 3D model of an air rescue helicopter is the result of an epic scanning project using the combined might of two Luxembourgish companies: Luxembourg Air Rescue and Artec 3D, featuring Artec Ray and Artec Leo.

A uniquely precise 3D model of a rear-engine, 2-passenger city car frame with every thin edge and fine detail present, ready to be used in diverse automotive, engineering, and design workflows.

Hands down, this 1940s blast furnace gas engine is the largest object we’ve ever scanned here at Artec, and probably one of the biggest industrial structures ever captured in 3D with such a fine level of detail and accuracy.