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High-accuracy 3D scanning for modern product development

Design smarter and prototype faster with 3DeVOK. From concept to validation, we bridge the gap between physical parts and digital precision. Create high-fidelity digital twins of complex geometries, including reflective, glossy, or dark surfaces, and convert them into high-accuracy CAD models.

Why use 3D scanning for product development & engineering?

The 3DeVOK 3D scanners are engineered to solve complex design challenges, allowing you to move from physical objects to digital certainty with a seamless Scan-to-CAD workflow.

Reverse engineering | Legacy support

Recreate legacy parts, tools, or undocumented components where original blueprints are unavailable. Convert physical objects into editable 3D models to minimize downtime and preserve critical infrastructure.

Advanced simulation | Simulation-ready data

Generate high-fidelity meshes for Finite Element Analysis (FEA) or Computational Fluid Dynamics (CFD). Test stress and airflow on real-world geometry rather than theoretical modeling.

Design optimization | Rapid prototyping

Capture existing products to refine ergonomics or aesthetics. Using accurate digital references reduces guesswork, ensures a better fit, and slashes the number of redesign cycles.

Manufacturing | Tooling & production

Streamline the production line by creating precision references for molds, jigs, and fixtures. Move seamlessly from scan to CAD to 3D printing for faster validation and prototyping.

Quality control | Metrology

Compare "as-built" physical parts against original "as-designed" CAD models. Quickly identify deviations or warping to ensure strict adherence to industrial tolerances and quality standards. Streamline First Article Inspection (FAI) and identify structural wear over time using non-destructive testing (NDT) workflows.

Integrated design | Bespoke enclosures

Capture intricate internal components to design custom housings and casings that fit perfectly the first time, even within the most complex assemblies.

From 3D scan to production

Hand holding the 3DeVOK MT and scanningn part of a motorcycle using the 34 blue laser line mode 1

Scan your object

Scan physical parts using the 3DeVOK MT or 3DeVOK MQ handheld 3D scanner.

3D scan of the engine and body of a motorcycle 2

Refine your scan

Process and clean scan data in 3DeVOK Studio.

3D model of the engine and body of a motorcycle 3

Export and create

Export your mesh as an STL or OBJ. Use the scan data as a "live" template in SolidWorks, Autodesk Fusion 360, or Rhino to sketch parametric features, ensuring your new design aligns perfectly with the original geometry.

Split view of a 3D scanned car steering knuckle, left without and right with texture.

Seamless CAD integration & data export

A 3D scanner is only as powerful as the software it communicates with. 3DeVOK Studio is designed to bridge the gap between physical capture and digital engineering, exporting clean, high-fidelity data in industry-standard formats.

Universal file compatibility

Our software supports a wide range of export formats to ensure your data is ready for immediate use in professional environments:

  • Mesh data: STL, OBJ, PLY (ideal for 3D printing, visualization, and rapid prototyping).
  • Point cloud: P3, ASC (essential for high-precision metrology and inspection).
  • Format versatility: seamlessly move your data into reverse engineering software like Quicksurface to convert meshes into editable NURBS surfaces or STEP/IGES files.

Compatible with

AutoCAD icon

AutoCAD

Solidworks icon

Solidworks

PolyWorks icon

PolyWorks

Blender icon

Blender

Fusion 360 icon

Fusion 360

3ds Max icon

3ds Max

Maya icon

Maya

Cinema4D icon

Cinema4D

MeshLab icon

MeshLab

ZBrush icon

ZBrush

Geomagic Design X icon

Geomagic Design X

Quicksurface icon

Quicksurface

and many more

3DeVOK in the real world

@BradBuilds

Precision automotive design

@BradBuilds

Error 404 Motorsports Designer Brad Brammer used the 3DeVOK MT to restore a classic Datsun 240Z. Scanning the complex headlight geometry allowed him to design custom brake-cooling intakes that fit perfectly on the first try.
High-precision 3D scanning drastically reduced prototyping cycles and delivered a factory-level finish on custom-engineered parts.

@3DeVOK

Scanning of a car tailgate

@3DeVOK

The 3DeVOK MT streamlines industrial workflows by capturing complex automotive parts in a single pass without the need for scanning sprays. Its 34-line blue laser system effortlessly digitizes mixed surfaces, from reflective paint to dark plastics, with accuracy of 0.04 mm.

This "one-take" process captures every mounting hole and structural recess in real-time, delivering the high-precision data needed for seamless CAD integration and reverse engineering.

Hand holding the 3DeVOK MT while scanning the hood of a Shelby GT500CR car.

Vintage car customization project

This Shelby GT500CR, an iconic American performance car, has been on the road for over 50 years. Years of use left its chassis showing wear and tear, making precise restoration a challenge.

The 3DeVOK MT 3D scanner captured the entire chassis in detail, using 34-line laser marker scanning, coverage, and scan frame up to 80 FPS. The captured 3D data provides an accurate 3D digital foundation to help classic car enthusiasts restore or modify their vehicles.

Unmatched mobility with Airgo

Take your engineering workflow further with the 3DeVOK Airgo Wireless Handle. This modular add-on converts your handheld scanner into a fully wireless device, perfect for large-object capture and on-site inspections where power outlets are out of reach.

Find out more about the Airgo handle
Hand holding the 3DeVOK MT with the wireless handle.

The 3DeVOK series: precision tools for every specialist

3DeVOK MQ

3DeVOK MQ

Ergonomics & concept design

Best for human factors, rapid prototyping, and visual digital twins

The 3DeVOK MQ is engineered for the initial stages of product development where human interaction and organic form are critical. Its ability to capture high-fidelity color and texture makes it the primary choice for integrating real-world aesthetics into a digital engineering environment.

  • Infrared VCSEL technology: high-speed, marker-less scanning on large objects and organic shapes.
  • Advanced color capture: integrated texture camera for realistic digital twins and visual reference modeling.
  • Biological safety: the invisible light source is ideal for capturing human ergonomics without eye irritation or discomfort.
  • Key engineering uses: ergonomic studies, hand-grip optimization, clay model digitization, and color-coded wear analysis.
Discover 3DeVOK MQ
3DeVOK MT

3DeVOK MT

Metrology & industrial engineering

Best for precision inspection, hard assets, and heavy manufacturing

The 3DeVOK MT is the industrial workhorse, designed for the "hard" side of engineering. Its blue laser array is specifically calibrated for the most challenging surfaces found on the shop floor, providing the sub-millimeter accuracy required for final validation and quality assurance.

  • 34 blue laser lines: captures fine edges and difficult surfaces (chrome, black plastic, carbon fiber) without scanning spray.
  • Metrology-grade calibration: certified accuracy thresholds for assembly validation and strict quality control.
  • Hybrid capture mode: switch to infrared for rapid data acquisition on large-scale industrial machinery.
  • Key engineering uses: First Article Inspection (FAI), reverse engineering of machined parts, and tooling/molding validation.
Discover 3DeVOK MT

See our 3D models

Ready to see 3D scanning in action?

Discover how 3DeVOK 3D scanning can enhance your product design and engineering workflow. Let our experts help you choose the right scanner to bring accuracy and efficiency to your engineering process.