Thermo Scientific Evolution 260 spectrophotometer offers performance, reliability and high quality results. It allows advanced research with the possibility of adapting to the rapid changes which take place in the life sciences. The instrument is controlled by software which contains methods for the following applications:environmental analysis (Al, BOD, Ca, Fe, Mo, N, P, Ag, S, alcohol, B, C, F, Pb, Ni, O, K, Na, COD, Au, Mg, O3, Zn, Cd, Cu, I, Hg, phenol); cosmetic industry (including methods for color analysis); clinical chemistry and health; food (including kinetic methods: ascorbic acid, formaldehyde, glycerin, alcohol, cholesterol, formic acid, glucose, sucrose, ammonia, hydrazine, etc.); materials analysis

Portable dual wavelength Raman analyzer equipped with options of 785 and 1064 nm stabilized laser, providing high sensitivity. Xantus-2 utilizes integrated software combining open architecture with customizable, user-defined settings for optimized sampling parameters that result in comprehensive and actionable data analysis. This device does not require special preparation of samples; liquid and solid samples can be analysed.

complete pulsed Fourier transform liquid-phase proton NMR spectrometer, PC controlled; the unit includes a capillary cartridge, a permanent magnet (2 Tesla), radio-frequency transmitters and receivers, digital data acquisition and signal processing, a programmable pulse sequencer, and a web-server interface; system configuration includes MNova licenced software for data processing, simulation and reporting;

The system works with an innovative concept of sensors. Individual samples temperatures and internal pressures are measured and displayed individually and in real time. Do not use immersion sensors or mechanical sensors – measuring system uses optical principles. There is no sensor installed, connected, cleaned or replaced – handling is thus simplified and consumables removed. TOP wave is equipped with a touch-sensitive controller for controlling reactions and manipulating data. The algorithm monitors all parameters and adjusts the microwave power accordingly. There are a number of pre-installed applications, a list of favorite applications containing 12 programs frequently used. You can store about an infinite number of new applications. The software is intuitive, enabling remote operation via network connection and includes 6 languages. An internal memory can be used to store data that can then be exported via the USB jack.

The software compatible with Windows allows the following data displayed: Selected speed rpm spindle selected SP, dynamic viscosity reading cP (mPa.s) or cSt kinematics, percentage of full scale%, ºC or ºF temperature probe (optional), the rate shear (coaxial rod) SR (s-1), shear (coaxial rod) SS (N/m2), density (inserted by the user) g/cm3, status of the program step by step, analysis and visual features (flow curves). The machine has self-test function with acoustic alarm AUTO-RANGE function, with accuracy of ± 1% of full scale and resolution viscosity range of 0.1 to less than 10,000 cP, spindle is made of stainless steel AISI 316 features programming: for torsional timeout 10 working memories, programmable multi-step ramp.

Nanoindenter Agilent G200 is an instrument for indentation and scratch tests, thus mechanical properties can be determined for a wide range of materials including metals, composites, ceramics, polymers, fibers, thin films. Nano Indenter Agilent G200 is the world’s most accurate, flexible and user-friendly instrument for nanoscale mechanical testing. Electromagnetic actuation allows the Nano Indenter G200 to achieve unparalleled dynamic range in force and displacement. Load capacity can be expanded to 500mN, maximum depth of indentation 500 µm, load resolution is ≤ 50 nN, force at contact ≤ 10 µN, scratching maximum distance > 100 mm and speed of scratching – 100 nm / s to 2 mm/s. The test method is according to ISO 1457. The samples used in indentation and scratch tests can have a maximum size of sample: ø30x10mm.

The device is capable of performing more than 40 measuring methods, which allows analyzing physical and chemical properties of the surface with high precision and resolution. It is possible to carry out experiments in air, as well as in liquids and in controlled environment. The new generation electronics provides operations in high-frequency (up to 5MHz) modes. By AFM three-dimensional images of surfaces can be obtained (insulators or conductors) with a nano resolution in the lateral plane and subangstrom vertically. This device is used in basic research as well as on larger scale in the industry where it has a special role in the development of nanotechnology. AFM is the most used technique of the Surface Scanning microscopy (SPM).

Research microscope for examination of specimens by transmitted light brightfield, phase contrast and bright field incident light and dark fluorescence, Axio Imager M2M combines high quality optics and bright fluorescence to provide clearer images. Contrast control and light provides certainty using the microscope in different ways and obtaining reproducible results. It is designed as a platform dedicated to applications in cell biology, neuroscience, molecular genetics and pathology. The device is equipped with a motorized stand for sample, motorized epifluorescence objectives (5X – 100X) plus camera and software that allows the microscope to be optimally used for different applications with maximum efficiency and comfort.

Primo Star has been developed with long-term use and great durability in mind. It incorporates all of ZEISS’s experience in optical microscopy adapted to the most sophisticated environmental conditions in classroom settings and laboratory work. Together with its many practical accessories, Primo Star can be used for education, in the laboratory, doctors’ practice field. It offers the possibility to investigate the samples in transmitted light at a magnification between 4X and 100X. Optional, to the equipment it can be attached a digital video camera (Axiocam 105) which, by the microscope software allows real-time data acquisition. The obtained images could easily be converted from 2D format in 3D through ițs software for a better viewing.

This equipment is a physical vapor deposition (PVD) method for creating thin films, using sputtering depositions. The device contain two sputtering sources or magnetrons, which can be loaded with the material of the desired coating composition; the sputtering is achieved with high voltage DC or RF argon plasma, but other gases can be used to create coatings via the reactive sputtering method. This equipment is configured for argon and nitrogen. Up to 6 materials sequentially or 2 materials simultaneously on substrates up to 250 mm dia may be submitted.