The Atomic Force Microscope (AFM) Agilent 5500 is an advanced microscope designed for studying the surface and volumetric properties of nanostructured materials. This instrument provides high resolution and allows detailed analysis of the structure, surface, and other physicochemical properties of materials. The AFM enables the study of materials at the atomic level with precision.

Key Features:

• Capabilities:

  • Offers comprehensive opportunities for studying surface and volumetric properties.

  • Provides detailed information on the structure of materials, surface topography, mechanical properties, charge distribution, and more.

• Resolution:

  • High resolution at 1 Å (Angstrom) allows for precise analysis of the microscopic structure of materials.

• Applications:

  • Widely used in nanotechnology, materials science, biology, and chemistry.

  • Due to its high resolution and powerful imaging capabilities, it is used to study the mechanical and physical properties of nanomaterials.

• Functions:

  • Allows the study of mechanical properties such as surface force, elasticity modulus, friction, and surface energy.

  • Used for studying the distribution of electrical charge.

• Applications:

  • Nanomaterials: Detailed analysis of the surface and structure of nanostructured materials.

  • Biology: Studying small objects such as cell membranes or proteins.

  • Materials Science: Researching new materials, especially those with high tensile strength and high heat resistance.

The UV Spectroscopy Specord UV 210 is an advanced instrument designed to determine the kinetics of reactions in nanostructured polymers. Using this spectrometer, it is possible to analyze how materials respond to ultraviolet (UV) light, track reactions, and measure their speed. It provides real-time monitoring of reactions in nanomaterials and polymers, which is crucial for scientific research and industrial applications.

Key Features:

• Capabilities:

  • Determines the chemical reactions of nanostructured polymers and materials.

  • Provides the ability to study the material properties in response to UV light using spectroscopic measurements.

• Applications:

  • Determines the kinetics of polymer and nanomaterial reactions.

  • Widely used to study material responses to UV light.

• Functions:

  • Measures reaction rates and detects material changes in response to UV light.

  • Provides detailed analysis of the chemical properties of polymers and nanostructured materials under UV light.

• Applications:

  • Polymers: Analyzes the kinetics of polymer reactions and tracks their progress.

  • Nanomaterials: Studies the chemical and physical changes in nanomaterials.

  • Chemistry: Helps to determine the reaction rates and the nature of chemical reactions.

The Agilent 6890 Series GC System 6890/MSD 5973 is a gas chromatograph combined with a mass selective detector. This device is designed for determining the composition and structure of compounds that transition into a gaseous state within the temperature range of 240-280°C. It is equipped with a library containing over 350,000 organic compounds, providing highly accurate analysis and reliable results. The system is ideal for analyzing organic substances in the gaseous phase.

Key Features:

• Capabilities:

  • Analyzes organic compounds that transition to the gaseous phase.

  • Equipped with a library of over 350,000 organic compounds.

• Applications:

  • Chemical Industry: Determining the composition of chemical compounds.

  • Pharmaceutical and Biological Analysis: Analyzing pharmaceuticals and biological samples.

  • Environmental Monitoring: Analyzing air and water samples for pollutants.

• Functions:

  • High-precision analysis using mass spectrometry.

  • Identification of organic compounds with unchanging characteristics.

  • Operates in the temperature range of 240°C to 2800°C.

• Applications:

  • Chemistry and Industry: Analyzing and determining the composition of organic compounds.

  • Medicine: Analyzing pharmaceuticals and biological materials.

  • Environmental Monitoring: Detecting pollution and analyzing environmental samples.

The "RIGAKU" MiniFlex-600 X-ray diffraction system and Drone 3M are advanced instruments designed for the analysis of crystalline, amorphous, and polycrystalline materials' structural characteristics. These systems allow for the evaluation of crystallinity degree, crystal domain sizes, orientation degree, and phase state of substances. They provide high precision and reliability in determining the structural properties of materials.

Key Features:

• RIGAKU MiniFlex-600:

  • Applications: Used for the analysis of crystalline, amorphous, and polycrystalline materials.

  • Analysis Capabilities: Determines the crystallinity degree, crystal domain sizes, and orientation degree.

  • Phase State: Used for identifying the phase state of materials.

• Drone 3M:

  • Applications: Also used for evaluating the crystalline structure and phase state of materials.

  • Analysis Capabilities: Provides information about crystallinity degree and orientation degree.

  • High Precision: Conducts structural analysis of materials with high accuracy.

Applications:

• Material Science: Structural analysis of crystalline, amorphous, and polycrystalline materials.

• Chemistry and Industry: Used for quality testing of chemical and industrial materials.

• Nanotechnology and Materials Science: Studies the structure of nanomaterials.

The LINSEIS STA PT1600 TGA DSC and DTA-TGA systems are designed for the analysis of chemical reactions and physical changes that occur under the influence of heat in chemical compounds, including polymers. These systems are used to detect changes that occur in materials due to heat, allowing for a comprehensive understanding of thermal effects. One of the main features of this equipment is its ability to conduct research at temperatures ranging from room temperature to the complete destruction of polymer materials up to 10500°C.

Key Features:

• Applications: Analysis of chemical reactions and physical changes under the influence of heat.

• Temperature Range: The system operates from room temperature up to the complete destruction of polymer materials, reaching temperatures up to 10500°C.

• TGA (Thermogravimetric Analysis): Measures weight changes in materials to detect chemical and physical changes due to heat.

• DSC (Differential Scanning Calorimetry): Measures the heat capacity and phase transitions of materials.

• DTA (Differential Thermal Analysis): Evaluates reactions and changes related to heat.

Applications:

• Polymers and Materials Science: Analyzing the thermal behavior of polymer materials.

• Chemical Industry: Studying chemical reactions and changes.

• Thermal Analysis: Provides insight into how materials react to heat.

Fourier Infrared Spectroscopy (IR) is a technique used for determining the structure of macromolecules, the presence and nature of functional groups, and the composition of copolymers. These instruments are widely used for studying the chemical structure of polymers and other materials, analyzing their functional groups, and understanding copolymer compositions.

Key Features:

• Spectral Range: The "BRUKER" Invenio-S operates in the 400-4000 cm-1 range, providing broad spectral analysis capabilities.

• Polymer Structure Analysis: Used to determine the macromolecular structure of polymers, identifying functional groups and their nature.

• Copolymer Composition: Helps analyze the structure and composition of copolymers, providing insight into the material's properties and potential applications.

• Spectral Analysis: These instruments capture infrared spectra of polymers and their components, offering detailed chemical composition analysis.

Applications:

• Polymers: Used to analyze polymer structure and composition.

• Functional Groups: Helps identify and study the nature of functional groups in materials.

• Copolymer Studies: Applied in studying the composition and properties of copolymers.

The MCR 92 rheometer, developed by Anton Paar, offers a wide range of capabilities with high precision across an extensive viscosity range. This allows it to measure liquids with viscosities even lower than that of water, as well as characterize hard materials such as polymer composites or steel using the DMA (Dynamic Mechanical Analysis) method – and of course, all materials that fall in between.

Key Features:

• Wide Viscosity Range: The MCR 92 can measure the viscosity of materials ranging from liquids to solid materials.

• DMA Method: It uses Dynamic Mechanical Analysis (DMA) to study the properties of hard materials like polymer composites and steel.

• Comprehensive Measurement: Capable of accurately measuring materials with very low viscosity as well as those with high viscosity.

Applications:

• Liquids and Solid Materials: Used for measuring both low-viscosity liquids and hard materials like polymer composites or steel.

• Viscosity Measurement: Provides precise measurements of materials with a wide range of viscosities.

• Dynamic Mechanical Analysis: Applied in analyzing the mechanical properties of solid materials.

The Motic BA 210 optical microscope is designed for the analysis of polymer macrostructure properties. Optical microscopes are mainly used to identify the surface features, shape, size, anisotropy, pores, defects, swelling degree, and homogeneity of polymer samples. The resolving power of optical microscopes typically does not exceed 1.5-2.0 micrometers, and the effective magnification using immersion media is no more than 1500 times.

Key Features:

• Resolution: The maximum resolution of the optical microscope is 1.5-2.0 micrometers.

• Magnification: With immersion media, the maximum magnification is 1500 times.

• Macrostructure Analysis: Allows for the examination of the appearance, shape, size, anisotropy, pores, defects, swelling degree, and homogeneity of polymer samples.

Applications:

• Analysis of Polymer Macrostructure: The microscope is used to study the surface appearance and physical characteristics of polymers.

• Detection of Defects: Helps identify pores and defects in the samples.

• Structure and Shape Study: Used for studying the shape, size, and structural characteristics of polymers.

Description: Shimadzu AG-X Plus is a high-precision universal materials testing machine used to determine the mechanical properties of various materials. It is often used for tensile, compression, bending and other mechanical tests. The device meets international standards such as ASTM, ISO.

Main features:
           ✅ Load capacity: 5 N to 300 kN (depending on model)

✅ High accuracy: High accuracy in load and displacement measurements (less than 1/500,000 error)

✅ Servo motor control: Smooth and precise control of movement

✅ Automated control: Operated via PC (with Trapezium X or Trapezium Lite X software)

✅ Wide range of tests: Suitable for metals, plastics, rubber, composite materials, textiles and many other materials

✅ Real-time data display: Force, elongation, stress-strain graphs

Applications:
           📌 Industry: Mechanical engineering, construction, automotive, aviation

📌 Scientific research: Universities, scientific laboratories

📌 Quality control: Product strength testing

Advantages:
🔧 Easy to configure interface

💻 Compatibility with powerful software

📊 Analysis of test results in graphical and numerical form

🔄 Automatic calibration and security systems

Description: Photocor Compact is a scientific instrument that uses the Dynamic Light Scattering (DLS) method to analyze particle size, dispersion, and Brownian motion. It is particularly widely used in the study of nanoparticles, colloids, and emulsions.

Key features:
           ✅ Particle size determination: ~1 nanometer to several microns

✅ DLS technology: Determines particle diameter based on Brownian motion

✅ Laser source: 635 nm diode laser (usually red laser)

✅ Photodetector: Highly sensitive photodetector (APD or PMT)

✅ Autocorrelator: Measures the signal from moving particles in real time

Applications:
          🧪 Nanotechnology – determination of nanoparticle sizes

💧 Colloidal systems – dispersion analysis

🧬 Biotechnology – checking the aggregate state of proteins and DNA

💊 Pharmaceuticals – stability assessment of dosage forms

Advantages:
           🔍 Ability to work with very small sample volumes

🧠 Easy-to-use, intuitive software (Photocor Software)

📈 Fast and accurate measurements (analysis in minutes)

🔌 Compact size – saves space in the laboratory

🌡️ Temperature control (some in models)

The device analyzes the interaction between a liquid and a solid surface by measuring the contact angle of a droplet. This helps to assess properties like wettability, hydrophobicity/hydrophilicity, adhesion, and surface energy.

⚙️ Key Features:

🧬 Applications:

• 🧫 Materials science – polymers, coatings, and composites

• 💊 Pharmaceuticals – analysis of coating efficiency on tablets

• 🚗 Automotive – surface treatment and paint adhesion testing

• 🧴 Cosmetics – emulsions and creams surface interaction analysis

• 📱 Electronics – hydrophobic coatings on displays and sensors

📊 Advantages:

• 🔬 High sensitivity and precision

• 💻 Powerful automated software

• 📷 Real-time video capture and image analysis

• 🔁 Dynamic droplet tracking (advancing/receding angles)

• 🧩 Modular system – customizable for different testing conditions

🧪 Description:

The FlashSmart™ is a high-precision organic elemental analyzer designed for the determination of carbon (C), hydrogen (H), nitrogen (N), sulfur (S), and oxygen (O). It offers fast, reliable, and automated analytical capabilities. ​

⚙️ Key Features:

• CHNS/O Analysis: Utilizing flash combustion (CHNS) and pyrolysis (O) methods.

• Modularity: Configurable setups to meet diverse analytical needs.

• Automated Workflow: Compatible with various autosamplers.

• High Accuracy: Competitive precision and reproducibility.

• Cost Efficiency: Low cost per analysis.​

🧬 Applications:

• Environmental: Analysis of soil, plants, fertilizers, and marine samples.

• Food Quality: Quality control of food, beverages, and feed.

• Industrial: Analysis of oils, fuels, polymers, and plastics.

• Pharmaceutical: Composition analysis and quality control of pharmaceuticals.​

📈 Advantages:

• High Throughput: Capable of 24/7 operation.

• Reliable Results: Chromatographic column ensures dependable gas separation.

• User-Friendly Software: Managed via the EagerSmart software.

• Reduced Gas Costs: Option to use helium, nitrogen, or argon as carrier gases

🧪 Description:

The JSM-IT210 is a compact, user-friendly scanning electron microscope (SEM) developed by JEOL, designed for high-resolution surface imaging and analysis at the nanometer scale. It is ideal for both routine analysis and advanced research applications.

⚙️ Key Features:

🧬 Applications:

• 🧫 Materials Science – micro/nanostructure analysis

• 💊 Biomedical Research – studying cell and tissue surfaces

• 🧱 Geology – mineralogical and petrographic analysis

• 🏭 Industrial QA – defect and contamination inspection

• 🔬 Nanotechnology – viewing fine-scale structures

📈 Advantages:

• 🧠 Intuitive software – beginner-friendly

• ⏱️ Fast startup – ready to observe quickly

• 🔄 Auto-focus, brightness, and contrast adjustments

• 🔌 Expandable – optional EDS and other advanced modules