Innovation
In addition to our own projects inspired by the rapidly developing materials engineering and modern detection methods, which we implement with our own funds, we are also beneficiaries of EU projects. As part of these projects, we are developing cutting-edge technologies that go beyond existing solutions on the market. To achieve these goal we conduct extensive research work with research and academic units. This work includes raw materials, chemicals and product design.
Anechoic chamber
The ability to conduct in-house research into the radar properties of materials significantly reduces the time required to develop a product that meets technical specifications, while also allowing products to be assessed under controlled conditions. As a result, the client receives solutions verified for their electromagnetic properties without the need to use external laboratories, thereby shortening project lead times
Hyperspectral research
We design and verify materials, taking into account their behaviour across various ranges of the electromagnetic spectrum. This enables us to create solutions with enhanced stealth capabilities and to minimise the risk of detection by current and future surveillance and reconnaissance systems.
Design
- Autodesk AutoCAD
- Autodesk Inventor
- Optitex 11
- GSTAR CAD Professional
- Solid Works
R&D laboratories
- Radar chamber operating from 1 GHz to 110 GHz
- RCS studies, ISAR, SAR imaging
- Hyperspectral cameras – VIS, SWIR
- Thermal cameras – MWIR, LWIR
- Drone equipped with VIS, LWIR sensors
- Multispectral aerial imaging of terrain
- Night vision devices
- UV-VIS-NIR spectrophotometers
- Glossmeter
On-site laboratory
- Automatic dye mixing plant
- UV chamber
- Xenotest
- Instron column tensile testing machine
- Ageing oven
- FRANK HAUSER abrasion tester
- Permeability tester
- Viscosity tester