Research and development group
We carry out testing and analysis of materials used in various aggressive environments, such as in climate chambers, NSS and CASS salt chambers,
dust chambers, thermal chambers, aging chambers (UV resistance), fatigue test benches, glow wire tests, IP tests and photobiological safety tests, as well as on equipment such as a goniophotometer, a testing machine and an integrating sphere – the “Ulbricht”.
dust chambers, thermal chambers, aging chambers (UV resistance), fatigue test benches, glow wire tests, IP tests and photobiological safety tests, as well as on equipment such as a goniophotometer, a testing machine and an integrating sphere – the “Ulbricht”.
Chemical group
We carry out tests with state-of-the-art equipment – a spectrometer
and a high-end spectrophotometer.
and a high-end spectrophotometer.
Our research and its purpose
Research is the first step on the way to the ROSA product design into force. Thanks to the most modern testing equipment, highly specialized staff and over 30 years of experience, we are able to make structural, physical and mechanical assessments of materials and products at the highest level, which allows us to meet all relevant quality requirements and standards. We are constantly following modern technologies and global trends. The quality and aesthetics of the products are our priority. From design
to implementation, we focus on conscious and responsible action.
to implementation, we focus on conscious and responsible action.
Goniophotometer
It determines their photometric and electrical properties in luminaires, such as: luminous flux, curves and photometric solid, power consumption, luminous efficiency. The results of these tests are used
for calculations related to lighting projects.
for calculations related to lighting projects.
Integrating sphere ‘Ulbricht sphere’
Widely used in testing light, chromaticity coordinates, CCT, dominant wavelength and peak wavelength, etc. for light source or lighting fixtures.
Spark emission spectrometer
The purpose of the spark spectrometer test is to determine the aluminium alloy of the tested sample. The test determines the quantitative elemental composition of the sample, based on which it is classified as a specific aluminium alloy. This test is particularly important for the anodising process where even small deviations in the chemical composition of the alloy can significantly affects the colour of the anode.
Tensile testing machine
Tensile testing is a destructive test process that allows to determine such parameters of material strength as: yield strength, tensile strength or Young's modulus. It measures the force required to break a aluminium specimen and the extent to which the sample stretches or elongates to that breaking point.
Xenotest aging chamber
The purpose of this test is to determine the resistance of the analysed components to ultraviolet radiation. This test gives us confidence that the materials used will not degrade under ultraviolet light and that the colour of the anodised surface will not discolour under ultraviolet light.
Glow wire testing stand
The method involves subjecting the material to the interaction on a heated wire at specific temperature to determine its maximum temperature at which no flame combustion occurs.
Photobiological safety tests stand
This test allows to examine whether there is any photobiological hazard and determine its level.
IK test stand
Impact strength testing aimed at determining the degree of protection against mechanical loading.
Dust chamber
It shows the tightness of the tested components. The dust chamber is used to determine the first digit of the IP code in the range of 5 and 6, which indicates the resistance to dust ingress according to the standard.
Stand for testing water penetration
These tests determine the degree of water resistance of the product.
Thermal chamber
Designed for tests that require controlled temperature and humidity level.
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