The DMA7100 is a dynamic mechanical analyzer that investigates the mechanical properties of materials under dynamic loads. This instrument allows for the analysis of the modulus of elasticity, loss modulus, and other mechanical parameters as a function of temperature, time, and load frequency. It is invaluable in assessing the behaviors of polymer materials, composites, elastomers, and other advanced materials. DMA7100 stands out for its exceptional precision and sensitivity in measurements, enabling precise characterization of materials in terms of their response to various operational conditions. Advanced software and a user-friendly interface ensure ease of operation and efficient data analysis, making the DMA7100 a key tool in material research and the development of new products.

The NEXTA DSC is an advanced differential scanning calorimeter, perfect for precise analysis of material thermal properties. This device enables detailed examination of phase transitions such as melting, crystallization, and glass transitions, which are crucial in research and development of new materials. NEXTA DSC is known for its exceptional sensitivity and measurement accuracy, allowing for the analysis of even very subtle thermal changes. Its intuitive interface and sophisticated software ensure ease of use and quick, accurate interpretation of results. This tool is invaluable in the pharmaceutical, polymer, and material research industries, facilitating the optimization of compositions and production processes.

NEXTA STA is a simultaneous thermal analyzer that combines thermogravimetric (TGA) and differential scanning calorimetry (DSC) techniques. This instrument allows for simultaneous measurement of mass changes and thermal properties of a sample across a wide temperature range. It is essential for analyzing thermal stability, composition, purity, and reaction behaviors of materials. NEXTA STA is distinguished by its high measurement precision, crucial in industries such as pharmaceuticals, polymers, and advanced materials. Its advanced features, like rapid measurements and precise temperature control, enable in-depth material studies. The intuitive interface and software facilitate data analysis, making NEXTA STA an ideal tool for research and development of new products.

The OMNISEC Gel Permeation Chromatograph from Malvern Panalytical is an innovative device for analyzing particle sizes and molecular weights in the plastics industry. It features high accuracy and repeatability in measurements, thanks to its advanced detection system. The device is user-friendly with an intuitive interface and sophisticated software, facilitating quick interpretation of results. OMNISEC can analyze a wide range of molecular weights, making it essential for research, quality control, and process optimization. This tool is vital for engineers and scientists, enhancing efficiency and quality in polymer production.

The TMA7000 is a sophisticated thermomechanical analyzer designed to study the physical properties of materials in response to temperature changes. This instrument precisely measures thermal expansion, shrinkage, softening, and other thermomechanical properties. TMA7000 is ideal for use in industries such as polymer materials, metals, ceramics, and glass, providing critical information on material behavior under various thermal conditions. It features high measurement accuracy, enabling precise determination of phase transition points and other critical material properties. The user-friendly interface and advanced software ensure ease of operation and efficient analysis of results, making TMA7000 an invaluable tool for scientists and engineers.

MicroNIR OnSite-W to niewielki, w pełni zintegrowany spektrometr NIR, który zaprojektowano do identyfikacji surowców. Urządzenie obsługujemy za pomocą jednego przycisku! Wyposażony w opatentowaną technologię liniowego filtra zmiennego (LVF), ten analizator nie zawiera żadnych ruchomych części. Stopień ochrony IP65/IP67 przed pyłem i wodą, czyni go idealnym do różnorodnych zastosowań w przemyśle polimerowym. Dzięki technologii NIR możliwa jest analiza przez przezroczyste media, takie jak szkło lub opakowania, minimalizując konieczność czyszczenia. Dołączone oprogramowanie oferuje różnorodne funkcje specjalistyczne, zachowując prosty interfejs dla operatorów. Zapewnia ono zgodność z wytycznymi EP 2.2.40 i USP 1119 oraz spełnia kryteria Title 21 CFR Part 11.