The laboratory is the place where Cabro is projected into the future, that is the place where ideas and research come together in order to find accessible solutions to highly complex formulas through unexplored roads.
Our lab is the starting point for each of our new products, thanks to the reliability of state-of-the-art and highly sophisticated machinery for the analysis of precious metals.
The analytical lab uses both traditional and modern methods, that is based on advanced technologies.
For quite some time now, Cabro has been determined to foster research and innovation to find new solutions, providing a wide range of products spanning all types of international clientele. All our products are highly innovative and sophisticated from a technological and qualitative standpoint.
Tradition and innovation are thus combined, well supported by a strong commitment to the environment, in order to face every possible challenge and to always be in tune with the times in an ever-evolving market.
After 35 years hands-on experience, thanks to a strong dynamism and determination to continuously face new challenges, we continue to invest significant resources in R&D and new product design.
We collaborate with leading Italian universities and national research institutes. Over 20% of our personnel deals with research, and this has increased the number of precious metal products, of fine organic and inorganic chemicals and products for glass and ceramic decoration in our catalogue. It has also led to the birth of products that have been successfully launched on the market, for example, Safe79.
The Cabro laboratory can supervise all production phases and certify the final product. It also performs external tests and tests on behalf of third parties, using special control and monitoring procedures, that ensure high reliability as regards the achieved results.
Our lab services:
Cabro Spa laboratory instruments include:
AA and ICP-OES Spectrometers for the quantitative determination of metal ions in solution.
X-Ray Fluorescence Spectrometer for the analytical determination of fluorescence light emissions from a sample exposed to X-rays on metal alloys.
UV Spectrophotometer for the quantitative measurement of the light fraction passing through a reference solution.
IC Ion Chromatography System that separates anions and cations in fluids so as to analyze them.
Potentiometer for automatic titration of solutions.
Rotational viscosimeters: used to measure the viscosity of liquids and pastes.
Rheometer: used to analyze the rheological behavior of pastes.
Jolting Volumeter: used to determine the packed bulk density of powders and granular materials.
Particle Size Analyzer: used to determine the particle size of powders and pastes.
Profilometer: used to analyze a surface roughness and particularly the thickness of a conductive film after firing.
Optical microscopes: used for the observation and analysis of samples of various kinds at various magnifications.
Scanning electron microscope (SEM) with X-Ray detector is used for the analysis of varied samples with a resolution of about 100 nm. The X-Ray detector enables the elemental microanalysis of the samples examined by SEM.
Thermogravimetric Analyzer (TGA) and Differential Scanning Calorimeter (DSC): used for the thermal analysis of liquid or solid samples.
Multimeter: used to determine the electrical resistance of a circuit.
BET surface area measuring instrument: the instrument allows to determine the specific surface area of a powder using the BET method, to obtain information on the physical properties of porous materials.
Infrared spectrometer: instrument that provides structural information on materials, especially organic substances or mixtures, through the use of infrared radiation.
Digital Tensiometer: instrument for measuring the surface tension of a liquid.
Spectrofluorometer: it measures the fluorescence emission of a sample exposed to UV light.
The Cabro laboratory can supervise all production phases and certify the final product. It also performs external tests and tests on behalf of third parties, using special control and monitoring procedures, that ensure high reliability as regards the achieved results.
Our lab services:
Cabro Spa laboratory instruments include:
AA and ICP-OES Spectrometers for the quantitative determination of metal ions in solution.
X-Ray Fluorescence Spectrometer for the analytical determination of fluorescence light emissions from a sample exposed to X-rays on metal alloys.
UV Spectrophotometer for the quantitative measurement of the light fraction passing through a reference solution.
IC Ion Chromatography System that separates anions and cations in fluids so as to analyze them.
Potentiometer for automatic titration of solutions.
Rotational viscosimeters: used to measure the viscosity of liquids and pastes.
Rheometer: used to analyze the rheological behavior of pastes.
Jolting Volumeter: used to determine the packed bulk density of powders and granular materials.
Particle Size Analyzer: used to determine the particle size of powders and pastes.
Profilometer: used to analyze a surface roughness and particularly the thickness of a conductive film after firing.
Optical microscopes: used for the observation and analysis of samples of various kinds at various magnifications.
Scanning electron microscope (SEM) with X-Ray detector is used for the analysis of varied samples with a resolution of about 100 nm. The X-Ray detector enables the elemental microanalysis of the samples examined by SEM.
Thermogravimetric Analyzer (TGA) and Differential Scanning Calorimeter (DSC): used for the thermal analysis of liquid or solid samples.
Multimeter: used to determine the electrical resistance of a circuit.
BET surface area measuring instrument: the instrument allows to determine the specific surface area of a powder using the BET method, to obtain information on the physical properties of porous materials.
Infrared spectrometer: instrument that provides structural information on materials, especially organic substances or mixtures, through the use of infrared radiation.
Digital Tensiometer: instrument for measuring the surface tension of a liquid.
Spectrofluorometer: it measures the fluorescence emission of a sample exposed to UV light.
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