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Implant Structure Testing Lab

Microscopic examination:

Leica DMi8  microscope
Objectives: 5 x, 10 x, 20 x, 50 x, 100 x
Eyepiece: 10 x

Microscope in an inverted configuration allowing observation of metallographic specimens together with a high resolution digital camera. Fully automated microscope with software and touch panel control and automatic XYZ axis image folding.

Lab supervisor

Anita Kajzer

Anita Kajzer, PhD, Eng.

room 110, Zabrze

Leica DM750M microscope
Objectives: 5 x, 10 x, 20 x, 50 x
Eyepiece: 10 x

Metallographic microscope for observing metallographic specimens in conjunction with a high-resolution digital camera.

  • ability to observe specimens in incident and transmitted light for bright field, side illumination and polarisation techniques
  • possibility to record data on SD card
  • ability to control the camera operation and image acquisition  from another workstation via WiFi communication

Modular stereo microscope Leica M205 A
Magnification range: 7.8 x – 160 x (1.0 x objective, 10 x eyepiece)


  • a software module to measure parameters such as area (circle, square, rectangle and any shape), radius, diameter, angle and generate reports of these measurements as an Excel files
  • a software module for generating, visualising and measuring 3D surfaces derived from the scanning an image with extended depth of field in the z-axis. 

Leica S9i stereo microscope
Magnification range: 7.8 x – 160 x (1.0 x objective, 10 x eyepiece)

  • manual Z-axis stand
  • computer and software integration
  • software module for measuring parameters such as area (circle, square, rectangle and any shape), radius, diameter, angle. 

Digital microscope Leica DVM6 A
3 objectives (with magnification range from 12 x to 2350 x)

For real-time inspection, with image capture, video recording and measurement capabilities. Fully automated microscope allowing software control and automatic image assembly in XYZ axes – creating 3D maps of the surface.

The system is equipped with: 

  • tilting head (from -60° to +60°), 
  • field of view width: 43.75 mm, 12.55 mm, 3.6 mm 
  • transmitted and incident light illumination
  • fully motorised stage and all-in-one PC with LAS X software for 2D and 3D analysis
  • motorised axial movement with manual focus.

Surface topography, wetting angle and surface free energy test stations:

Optical tensiometer with Theta 3D topography system

Measurment ranges:

  • wetting angle: 0-180°, accuracy ±0.1°,
  • surface/interphase tension: 0.01 – 1000 mN/m, accuracy ±0.01 mN/m.
  • integrated topograpy module for 2D and 3D surface imaging with the option to correct for surface irregularities in the wetting angle;
  • automated wetting angle testing precisely on the surface with the determined topographic characteristics.

Parameter analysis according to ISO 4287, ISO 4288:

  • r (Wenzel equation)
  • ϴc, wetting angle with roughness correction/Wenzel
  • wetting angle
  • Sdr (%), Sa (um), Sq (um)
  • Horizontal and vertical parameters for any 2D line from the graph Ra, Rq,Rp, Rv, Rz, R10z

Image options:

  • Optical image, 2D and 3D roughness map:
  • Maximum specimen size on stage: unlimited x 180 mm x 22 mm (L x W x H).

Silesian Center for Engineering Support
in Medicine and Sport "Assist Med. Sport Silesia"

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