eviXscan 3D FinePrecision

FINEPRECISION OVERVIEW

  • High resolution 8.9 MP camera for high precision 3D scanning of small objects
  • Powerful blue LED light source with extended lifetime
  • Accuracy certified in accordance with the VDI / VDE standard
  • Scanning time below 1 second
  • Scan dark-surface objects
  • Incredibly accurate reproductions of scanned surface
  • Integration with entire accessories portfolio
  • Easy integration with robots and cobots
  • Compact design

APPLICATIONS

  • Suitable for most applications
  • Precision 3D scanning of small-sized objects
  • Rapid prototyping of small-sized objects
  • FinePrecision is the perfect measuring tool for precision mechanics, especially in areas such as the 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

BENEFITS

  • ACCURACY: 3D scanning accuracy up to 0.006mm
  • SPEED: 3D scanning speed of less than 1 second
  • VALUE: High price/performance ratio
  • INTEGRATION: Turnkey integration with robotics

DESCRIPTION

The FinePrecision 3D scanner is based on the latest generation of high-speed cameras with CMOS sensors and an 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 the production of turbine blades, microcircuits, small injection parts, as well as precise numerically processed parts. FinePrecision is also used in 3D scanning implants, and prosthetics, as well as in the watchmaking and jewelry industry. The precision of the 3D scanner also allows it to be used to optimize the 3D printing process.

FinePrecision is an optical measuring device that can be used to collect more than 1200 points per square millimeter of the scanned area. A single 3D scan gives the possibility to acquire data in the volume of 120 x 60 x 45 mm. Thanks to the blue structured light scanning technology the noise on the scans due to ambient light can be significantly minimized. The combination of a new generation of high-speed cameras with the fast frame collection triggered by the projection system allows for the reduction of the 3D scanning time below 1 second.

Comparison of the details of scans

Left: FinePrecision, Right: eviXscan 3D scanner with a different design

TECHNICAL SPECIFICATIONS

Technical SpecificationsQuadro+
Light source typeBlue LED
Number and type of cameras2 x 8.9 Mpix
Scanning time1 second
Measuring range120 x 60 x 32 mm
Points density1 233 pt/mm2
Scanning accuracyup to 0.006 mm
Computer connectionUSB 3.0
Export formatsstl, ply, obj, asc, bin
Hardware requirementsWindows 10 (64 bit), 32 GB RAM, CPU i7, SSD NVMe 480 GB disk
SoftwareeviXscan 3D Suite

High-quality scans of the sharp edge of an object

The small scanning area in combination with the high-resolution cameras allow for the creation of a scanner with an unsurpassed resolution of 0.028 mm (>1200 points / mm2). These parameters allow the analysis of surface micro-damages, dents occurring during the operation of machines and devices, as well as errors in the production process.

Detailed Analysis of Turbine Blades

The small scanning area in combination with the high-resolution cameras allow for the creation of a scanner with an unsurpassed resolution of 0.028 mm (>1200 points / mm2). These parameters allow the analysis of surface micro-damages, dents occurring during the operation of machines and devices, as well as errors in the production process.

Control the quality of turbines, blisks, blings, or blades with the included airfoil analysis tools. Control X automates the measurement of:

  • airfoil profiles
  • leading and trailing edge position and thickness
  • Camber lines
  • chord angles and lengths
  • 2D twist analysis

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FULL SPECIFICATIONS (PDF)