3DeVOK / PROFESSIONAL 3D SCANNER

3DeVOK MT

Three capture modes. More options for your object.

Book a demonstration
3DeVOK MT

01 / OVERVIEW

Three capture modes. More options for your object.

Blue laser, infrared laser and infrared structured light in one scanner. MT is designed for geometry reconstruction, inspection, product adaptation and heritage digitisation.

0,04 mm*

basic accuracy up to

* Stated accuracy applies under the manufacturer's test conditions. Maximum speed and minimum point spacing relate to different modes and settings.
0,05 mm

minimum point spacing, blue laser

3 modes

light sources

02 / ORIGINAL 3DEVOK PRESENTATION

3DeVOK MT at work.

Watch the full product presentation.

03 / SCANNING MODES

See the technology in use.

01 / 03

Blue laser

34 blue laser lines for capturing fine geometry.

04 / THREE LIGHT SOURCES

Choose the right mode.

Blue laser, infrared laser and infrared structured light cover different tasks. Match mode and alignment to the object's size, surface and requirements.

Choose the right mode. – 3DeVOK MT

05 / BLUE LASER

Capturing fine geometry.

The blue laser mode allows point spacing from 0.05 mm. It is intended for the detail you need in reconstruction and shape analysis.

Capturing fine geometry. – 3DeVOK MT

06 / DEMANDING SURFACES

Geometry even on complex parts.

The blue laser extends capture of dark and demanding surfaces. Settings and surface preparation depend on the specific material.

Geometry even on complex parts. – 3DeVOK MT

07 / HYBRID ALIGNMENT

Tracking adapts to the object.

A combination of geometry, texture and markers supports stable capture. You choose the alignment method during work according to the object's features.

Tracking adapts to the object. – 3DeVOK MT

08 / COLOUR DATA

Shape and visual character.

Colour capture complements geometry when digitising art, objects and products. For further texture work, combine it with Mapping.

Shape and visual character. – 3DeVOK MT

09 / PRODUCT ADAPTATION

From an existing part to a new solution.

Digitise an automotive component or other existing geometry. The scan is the basis for checking space, planning adaptations and reverse engineering.

From an existing part to a new solution. – 3DeVOK MT
Data for design and inspection. – 3DeVOK MT

10 / FURTHER PROCESSING

Data for design and inspection.

Transfer the processed scan to suitable design or metrology software. There you perform CAD reconstruction or comparison with reference geometry.

MANUFACTURER VIDEO / YOUTUBE

3DeVOK MT – official video

See the process and features in the official video presentation.

Open video on YouTube

11 / TECHNICAL DATA

Details for your decision.

A selection of key parameters. When choosing, consider object size, required accuracy and working conditions.

Light sources
34 blue laser lines, 22 infrared laser lines and VCSEL infrared structured light
Basic accuracy*
up to 0.04 mm
Volumetric accuracy*
up to 0.04 mm + 0.04 mm/m
Point spacing – blue laser
0,05–5 mm
Point spacing – IR laser
0,1–5 mm
Point spacing – VCSEL
standard 0.2–5 mm; fine 0.1–5 mm
Capture rate
blue laser up to 3,300,000; IR laser up to 2,450,000; VCSEL up to 4,500,000 points/s
Frame rate
up to 70 FPS with marker alignment; up to 30 FPS with hybrid alignment
Texture capture
Yes
Wireless operation
With the optional 3DeVOK Airgo grip
Dimensions and weight
215 × 73 × 53 mm; 640 g
Connection and power
USB 3.0; DC 12 V, 5.0 A
Export formats
OBJ, STL, PLY, ASC, MK2, TXT, EPJ, APJ, SPJ, MAP, SK
Recommended computer
Windows 10/11, 64-bit; Intel i7-13650HX or better; at least 32 GB RAM; NVIDIA RTX 3060 or better with at least 6 GB VRAM

* Stated accuracy applies under the manufacturer's test conditions. Maximum speed and minimum point spacing relate to different modes and settings.

12 / RELATED EQUIPMENT

The next step in the process.

3D ING / TALK ABOUT YOUR PROJECT

Show us the task.
Let's find the right solution.

What do you want to scan and what result do you need?

Describe the object, its size, material and the intended use of the data. Together we can clarify the basis for choosing equipment.