The research inkjet printer allows one to perform high-precision printing of various liquid systems, such as nanoparticle sols, biomolecule solutions, and microobjects on a wide range of substrates.
The DMP-2850 printer has a printable area of 210 x 315 mm, position accuracy and repeatability within ± 25 μm and ± 1 μm, respectively. The printer is equipped with a vacuum table with temperature control, which provides accurate registration, support and thermal management of the printed matter during printing. The sealed materials include plastic, glass, ceramics, silicon, as well as flexible materials, such as films, gels, and thin films for paper products.
The Cary 8454 UV-Vis spectrophotometer is based on photodiode array (PDA) detector technology and has the newest version of the UV-Vis ChemStation program integrated with OpenLAB Enterprise Content Manager.
The system is compact, easy to maintain and can assemble a full spectrum (from 190 to 1100 nm) in less than one second. The cuvette holder has a magnetic stirrer with magnetic stirrer and temperature control is based on the Peltier effect for precise temperature control (10-70 ° C).
Fully computer-controlled scanning electron microscope with a classical tungsten thermocathode and XM object chamber (maximum sample height of 145 mm), designed for both high vacuum and low vacuum operations (UniVac).
Distinctive features of the microscope are: excellent optical properties, the ability to capture images and display flicker-free digital image of high resolution, modern software interface for controlling the microscope, working in an environment WindowsTM, and a wide range of formats for saving images, the system data archiving, processing and convenient viewing images, carrying out geometric measurements on the resulting picture, automatic system settings of microscreens.
High-performance automatic analyzer of specific surface and pore size from 1.7 to 400 nm. Analysis with nitrogen, argon, carbon dioxide and other adsorbates. One measuring station. 2 degassing stations with heating up to 350 ° C. By changing the pressure of the adsorbate, it is possible to judge the amount of sorbed gas, and therefore the specific surface of the sample, based on the BET theory (Brunauer, Emmet, Teller).
The calculation of the pore size distribution is carried out by various methods: BJH (Barrett, Joyner, Halenda), using the relationship between mesopore dimensions and the equilibrium gas pressure above them, t - carbon black for micropores, NLDFT, mesopores simultaneously, the Dubinin-Radushkevich method, which characterizes the energy of adsorption of micropores, and other methods. The total volume and the average radius of the pores are also calculated.
Fully automated AFM / STM for scientific research
• Highest level of automation in the SPM industry;
• Unprecedented low noise level;
• Fast scanner, equipped with low-noise sensors;
• Atomic resolution;
• Continuous increase from millimeters to angstroms.
Spectrofluorimeter with two ultrafast scanning monochromators, made on the basis of pulsating xenon lamp and Schwarzschild optics.
Spectrofluorimeter of a wide profile for carrying out of research works and routine measurements, possessing the maximum sensitivity, speed and a powerful package of the software, surpassing all modern analogues. Agilent Cary Eclipse provides work in the modes of fluorescence, phosphorescence, chemistry and bioluminescence.
Photocor Compact-Z is a device for measuring particle size and zeta potential. To measure the zeta potential, the method of electrophoretic light scattering is used.
The range of measurement of particle size: 0.5 nm - 10 μm.
The diffusion coefficient is 10-5-10 10 cm2 / s.
Typical measurement error: ± 1%.
Sample volume: 10 μl - 4 ml.
Scattering angles: 20 °, 90 °, 160 ° (for measuring concentrated dispersions).
Signal analysis: built-in Photocor-FC correlator for auto- and cross-correlation measurements. Linear and logarithmic (multi-tau) time scale. The minimum sampling time is 10 ns.
Laser: thermally stabilized diode laser: 650 nm, 25 mW.
Measurement of electrophoretic mobility and zeta potential of particles. Methods of analysis: frequency (ELS); phase (PALS). Standard cuvettes and universal adapter with electrodes.
The Agilent Cary 60 spectrophotometer is an efficient, accurate and adaptable tool for applications. Scanning speed up to 24 000 nm / min allows to scan the entire wavelength range (from 190 to 1100 nm) in less than 3 seconds. Resistance to external lighting. The original design of the optical part allows you to remove restrictions on the size and shape of the sample - during measurements, the sample compartment can not be closed.
The device is equipped with a fiber-optic diffuse reflection probe with a fixed angle, which makes it possible to carry out investigations, including bulk samples.
Two-beam scanning spectrophotometer with high resolution (1 nm). The UV-1800 has a built-in liquid crystal display and a keyboard, and is controlled, both with the built-in software and the processor, and with the help of a personal computer and UVProbe software. The device can work in the following modes:
- photometric: measurement of optical density or transmission at one or more (up to 8) selected wavelengths;
- spectral: scanning along the wavelength with the possibility of subsequent processing of the spectrum (determination of the position of maxima and minima, arithmetic operations, area calculation, smoothing, derivative from 1 to 4 orders);
- kinetic: recording the change in absorption, transmission or energy in time, calculation of enzyme activity;
- quantitative: the construction of a calibration curve for one or several points and the calculation of an equation of 1-3 orders of magnitude according to measured standards or entered values.
The device for measurement of the contact angle makes it possible to estimate the wettability of surfaces by the method of a falling drop.
Based on the edge angle over several liquids, the ADVANCE program calculates the free energy of the surface, which for solids is an analog of surface tension. The inclined base allows to rotate the device with the image fixed on it on an angle to 90 ° С. In this case, the camcorder also turns, so the video "runs away" on the horizontal surface. This makes it easier to process the video.
Ocean Optics FLAME is a miniature modular spectrometer Ocean Optics. The spectrometer is made with using the latest technology in the industry, which helps ensure high temperature stability and extremely low instrument-to-device divergence without compromising flexibility and configuration, which is a hallmark of the Ocean Optics spectrometers.
New functions were realized: interchangeable input slot apertures, LED indicators and universal connectors, ensure maximum usability.
The Mini-PROTEAN® Tetra system manufactured by Bio-Rad for vertical electrophoresis of polyacrylamide small gels. A unique feature of the Mini-PROTEAN® Tetra is the increased performance of the camera, it made possible to set from 1 to 4 gels at the same time.
The Thermo Scientific Agarose Gel system does not require the use of limiters due to the filling system (in the filling position the limiters are the walls of the chamber, after the polymerization of the gel, the tray is turned to the working position) and a small gel size.
The camera provides for obtaining even, uniformly arranged stripes of samples and uniform results with the cost of less effort.
The all-in-one design allows both filling and running the gel in the buffer chamber, eliminating the need for additional equipment. Two pairs of groove sockets on the gel substrate enable the doubling of the sample capacity by obtaining a doubled number of sample wells. Run from 5 to 24 samples in 15 minutes.
The Mini Trans-Blot camera allows you to conduct electrollotting in a "wet" format for gels of small size (up to 10 x 7,5 cm). A freezing cooling module is included in the scope of delivery, which allows maintaining a low buffer temperature during the transfer. Cassette holders for gels with membranes with special soft pads ensure uniform pressure throughout the entire transfer area.
The four-channel DNA-amplifier "Tertzik" is intended for amplification in tubes of 0.5 ml. The device is made in the form of a single module, combining 4 independently controlled fuser. Characteristics:
• up to 10 tubes with a volume of the reaction mixture from 10 to 50 μl can be placed in each thermoblock;
• three methods for controlling the temperature of the reaction mixture:
- passive (temperature unit);
- two active methods (mathematical model);
• Liquid crystal graphic display allows you to create programs and monitor the progress of the process without using a PC;
• Ability to work in conjunction with any IBM-compatible computer;
• high uniformity of temperature inside the fuser;
• Noiseless operation.
Multichannel device allows:
• simultaneously put several different diagnosticums in case of complex studies;
• independently work for several users;
• accelerate the optimization of new reactions;
• Process up to 40 samples per one cycle of the device, one program for mass studies.
The complex includes optical microscopes for observation in transmitted / reflected light using light field, dark field and phase contrast methods, and there is also an inverted biological microscope. The total range of magnifications varies from 12.5 to 1500 times.
Infinite F50 is a modern 8-channel microplate reader. With its help, it is possible to accurately, reproducibly and quickly measure the results of enzyme immunoassays, as well as various other analytical techniques with photometric detection.
The Infinite F50 uses LEDs in its design - reliable, energy-efficient and modern light sources, thanks to which the Infinite F50 is compact in size, consumes less power and eliminates the problems with a halogen lamp that is 10 times smaller than the LEDs on average. Thanks to LED light sources, the Infinite F50 has a declared life of more than 100 thousand microplates, and also does not require warm-up before measurement - it is ready for operation right after switching on. This device allows not only to read the primary values of optical density, but also to carry out all types of data processing, including qualitative and quantitative studies, calculation of titers, coefficients of positivity.
The E3100 is used to produce aerogels in supercritical conditions for CO2. It can also be used for critical drying of biological and geological samples for the purpose of studying them by the method of scanning electron microscopy (SEM).
The Elix® Essential water purification system combines the complementary methods of water treatment: pretreatment, reverse osmosis, UV lamp irradiation, electrodeionization. The resistance of the received water is 10-15 MΩ • cm at 25 ° C. The system capacity is 3 l / h.
Muffle ovens for high temperature processing.
- T max 1100 ° C, operating temperature 1050 ° C;
- Heating from both sides by means of heating elements in quartz glass tubes;
- a folding door, which can also be used as an additional place for loading and unloading
The drying oven Memmert UF30 is designed for heat treatment, material testing, drying or tempering of electronic components.
The temperature range is 30-300 ° C, but not lower than the ambient temperature plus 5 ° C.
Electronic PID process controller with self-diagnosis system for fastest fault detection.
Air damper with servo drive and opening adjustment 0-100% for air exchange.
Fan forced air circulation with adjustable rotation 0-100%.
Programmable timer up to 99 days 23 hours.
Platinum temperature sensor PT100.
Fan speed control for forced ventilation / convection
Working volume: 32 liters.
A 170-liter professional CO2 incubator for cell culture is made with using the latest technology to accurately monitor temperature and CO2 levels. The conditions in the chamber are maintained with high accuracy by the microprocessor-based P.I.D controller. Heating system D.H.A. (direct heating and air jacket) was created in order to improve the performance of devices with a traditional water jacket and eliminate the inconveniences associated with the use of water. The launch of the device is simple and easy thanks to the automatic start function.
The sterilizer provides an effective autoclaving of both textile materials and packaged tools. Autoclave has a chamber of cylindrical shape. Safe door with pneumatic seal, horizontal material loading.
The purpose of the biological safety box is class II type A2:
Physical isolation (retention and controlled removal from the work area) of pathogenic biological agents (PBA) and microorganisms with the ability to prevent infection by airborne droplets of personnel and contamination of air in the workplace and the environment;
Minimize the risk of contamination and cross contamination of the product;
Ability to work with a small amount of toxic chemicals, radionuclides and odor removal, performed with the mandatory connection of the box to the individual system of active exhaust ventilation with a hood.
Compact, easy-to-use flow cytofluorimeter CytoFLEX, developed using the most advanced technology for a wide range of scientific research.
The design of the cytometer and configuration from 1 to 3 lasers and from 4 to 13 colors provide support for most of the most basic multicolor applications.
The patented detector module based on the technology of spectral multiplexing consists of solid-state, high-efficiency photodiode detectors with low noise level, which provides a resolution for obtaining more accurate data and better recording of rare events.
a wide choice of configurations: up to 3 lasers and 13 channels of detection;
maintenance and adjustment without the involvement of a service engineer;
increased sensitivity for a wide range of applications:
- cell cycle;
- DNA analysis;
- bacteria, yeast and algae;
- absolute account
Analysis of one-dimensional and two-dimensional gels;
Colorimetric analysis of western and dot blots;
Detection of chemiluminescence;
Detection of nucleic acids;
Work with Stain-Free gels on colorless technology;
Counting the number of colonies.
The SIET (Scanning Ion-selective Electrode Technique) can measure ion concentrations down to picomolar levels. Using glass capillary ion-selective electrodes it becomes possible to measure gradients of proton, potassium, calcium, chloride and other ion's concentrations. The SVET (
Photoelectrochemical study is a novel application of this outstanding analytical