Sample Testing and Material Characterization
Our laboratory is equipped with modern instrumentation designed for mechanical testing, climatic and thermal testing, surface property analysis, and material surface preparation, with a primary focus on polymeric and coating systems. Thanks to a wide range of testing equipment, we are able to provide comprehensive evaluation of material properties under various conditions, both for research and development purposes and for practical industrial applications.
We perform strength and deformation testing, assessment of temperature and climatic effects, contact angle measurements, surface free energy determination, hardness testing, and coating thickness measurements. Our services also include professional surface preparation using plasma and chemical technologies, enabling targeted modification of adhesion and functional material properties.
Our laboratory facilities allow us to respond flexibly to specific customer requirements and to provide reliable, repeatable, and scientifically substantiated measurements.
Sample Testing Equipment
Universal Testing Machines
- Testometric M350‑20CT (20 kN)
- MTS Criterion Model 43 (10 kN)
Universal Drying Oven
- Memmert UF110 plus (20 to 300 °C)
Laboratory Freezer
- Liebherr LGUex 1500 MediLine (−9 to −26 °C)
Contact Angle and Surface Free Energy Measurement
- ADVEX Instruments See System
Hardness Testing of Polymeric Materials
- DeFelsko PosiTector – SHD A probe (0 to 100 Shore A)
Thickness Measurement of Non‑Conductive and Non‑Magnetic Coatings
- DeFelsko PosiTest DFT (0 to 1000 µm)
Surface Preparation
- Tigres ABC – oxygen plasma
- Relyon Plasma PiezoBrush PZ3 – handheld plasma device
- Plasma Slit 004 – plasma system with optional process gases (N₂, Ar, O₂)
- Sura Instruments Pyrosil
- Ultrasonic cleaner
Additional Services
- validation and verification testing
- design of recommended test cycles
- consultation on manufacturing technologies for bonded joints
- design and production of prototypes using FFF 3D printing

Contact person
Ing. Jakub Franke, EAE
E-mail: jfranke@svv.cz
Tel.: +420 601 374 297