Grema 3D - Great Master LTD тел: +359 888 100 273
email: office@grema3d.com
3D PRINTERS / SCANNERS 3D scanner Scanner eviXscan 3D FinePrecision

3D scanner Scanner eviXscan 3D FinePrecision
Scanner eviXscan 3D FinePrecision
Scanner eviXscan 3D FinePrecision
Scanner eviXscan 3D FinePrecision
Scanner eviXscan 3D FinePrecision
Scanner eviXscan 3D FinePrecision



  • Request a FinePrecision 3D scanner presentation via the contact form
  • LED light - blue
  • Cameras with high speed CMOS sensors
  • Scanning accuracy down to 0.006 mm
  • Country of origin: Poland
  • + Special gift - 3pc of spray for 3D scanning 35ml AESUB
  • Delivery, upon prior request



Technical data and information

3D Scanner FinePrecision
Light source type: Blue LED
Number and resolution of cameras: 2 × 8.9 MP
Scanning type: 1 second
Range of measurement: 120 × 60 × 45 мм
Density of points: 1 233 pt/mm²
Scanning accuracy: up to 0.006 mm
Computer connection: USB 3.0
Export formats: .stl, .ply, .obj, .asc, .bin
Hardware requirements: Windows 10 (64-bit), 32 GB RAM, CPU i7, SSD NVMe 480 GB
Software: eviXscan 3D Suite
Захранване: 12V DC/10A; 100–240V AC; 50/60Hz
Working temperature: 10°C – 30°C
Scanner weight: 5.05 kg
Scanner dimensons: 233 × 294 × 105 мм
Package weight: 24 kg
Package dimensions: 75.2 × 39.4 × 23.8 см


Подробно Product descriptions

The eviXscan 3D FinePrecision scanner is a device based on the latest generation of high-speed cameras with CMOS sensors and a LED blue light source -

the combination of both technologies allows for very accurate reproduction of the scanned surface (accuracy up to 6 µm, resolution 28 µm), even with dark-surface objects.

The FinePrecision 3D scanner is perfect as a measuring tool for precision mechanics, especially in areas such as: production of turbine blades, microcircuits,

small injection parts, as well as precise numerically processed parts. FinePrecision is also used in scanning implants, in prosthetics,

as well as in the watchmaking and jewelry industry. The precision of the scanner also allows it to be used to optimize the 3D printing process.