Laboratory analysis

Laboratory analysis

In our commitment to maintain the highest quality in products and processes, our in-house laboratory performs a variety of comprehensive tests. Each section of our lab focuses on specific types of analysis, ensuring the utmost precision and reliability in results.

Contact us Technology & Equipment

Geometry verification

0,03 mm

Scanning Precision

Up to 8m

Size of Scanned Object

0.02 mm+0.06 mm / 1m

Dimensional accuracy

STZ-36-17

SHINING 3D FreeScan X7

We utilize the SHINING 3D FreeScan X7, a forefront tool in 3D scanning technology, to capture intricate geometrical details with impeccable precision. Ensuring our models adhere to rigorous accuracy benchmarks, this scanner embodies the zenith of quality in digital representation.

Mechanical properties

Armed with advanced testing equipment, our team evaluates the inherent mechanical properties of materials, ensuring their performance matches or exceeds design expectations. This rigorous testing guarantees that each material we produce possesses the resilience, strength, and durability needed for its specified use.

Tensile testing

Tensile testing

This fundamental test determines how materials behave under tension. By pulling a sample until it breaks, we measure its ultimate tensile strength, elongation, and yield strength, providing critical data about its ductility and stiffness.

Hardness testing

Hardness testing

We employ various scales such as Rockwell, Brinell, and Vickers to ascertain a material's resistance to indentation. This offers insights into its wear resistance and potential applications.

Tensile testing

Roughness measurement

By examining a material's surface under high magnification, we gauge its surface roughness. This test offers essential details about the material's friction, wear resistance, and potential bonding capabilities.

Metallography

Delving into the microscopic structure of metals, our metallography section examines grain structures, phases, and inclusions. Using high-magnification microscopes and advanced imaging software, we provide in-depth insights into the metallurgical properties of materials, which in turn guides the optimization of manufacturing processes.

Grain Size Analysis

Grain Size Analysis

By observing the grain structure, we determine the average size and distribution of grains in a metal, which can influence its mechanical properties.

Phase Identification

Phase Identification

This test identifies the various phases present in a metallic sample, helping in understanding its thermo-mechanical history and predicting its behavior under different conditions.

Inclusion Rating

Inclusion Rating

We assess the type, size, and distribution of inclusions in the metal. Inclusions can affect the metal's strength, ductility, and other properties.

Chemical composition

Utilizing spectrometers and various chromatographic techniques, we determine the chemical composition and identify any impurities in materials. This knowledge aids in quality control, ensuring the purity of materials and the resulting consistency in product performance.

Spectroscopic Analysis

Spectroscopic Analysis

Employing advanced spectrometers, we identify and quantify the elements present in a sample, offering detailed insights into its elemental composition.

Chromatographic Analysis

Chromatographic Analysis

Using chromatography techniques, we separate and quantify compounds in complex mixtures, enabling identification of even trace amounts of impurities or contaminants.

Wet Chemical Analysis

Wet Chemical Analysis

This traditional method involves reacting the sample with specific reagents to produce characteristic reactions. It helps in the identification and quantification of elements or compounds in a sample.

Do you have any questions or need consultation?

Feel free to reach out to us. Our team of professionals is always ready to assist you.