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It is designed to search for leaks of freons and other halogen-containing gases, for example, gas, in working equipment, and when testing systems, including cable ones, for tightness. The GTI-8 halogen leak detector also allows detecting an increase in the concentration of such gases in the room or near the controlled object. Technical characteristics of the leak detector "GTI-8" Parameter Sensitivity of the leak detector GTI-8, m3 Pa/sec., not less 1.0 - 5.3/10e-7 Time constant, sec., no more 3 Compensation of the initial sensor current Availability Automatic background signal compensation Availability Adjustable trigger threshold Availability Food ~220V, 50Hz (14.8V for GTI-8B) For modification of GTI-8B, continuous operation time, hour, at least 8 Operating mode setting time, min, no more 5

Horizontal vacuum resistance furnaces are designed for carrying out various technological processes in high vacuum at temperatures up to 1600 degrees. The furnace can be used in electronic, radio engineering, aviation, rocket and other industries. The main areas of application are the technological processes of annealing, quenching, degassing and sintering.

Vacuum chambers can be used: for drying materials (low vacuum), testing spacecraft, during experiments on plasma retention and antimatter production, as elements of charged particle accelerator systems and systems for applying thin films. Vacuum chambers can be used: for drying materials (low vacuum), testing spacecraft, during experiments on plasma retention and antimatter production, as elements of charged particle accelerator systems and systems for applying thin films.

The highly sensitive HICMOS digital camera manufactured by Abisens LLC is used to register weak light signals, including bioluminescence, in real time, with a photon counting function and visualization of the signal accumulation process in real time (you do not need to wait for the end of the exposure time to see the light signal accumulated by this moment). It is used as a component of high-tech laboratory equipment for scientific research, including installation in the fluorescence and bioluminescence imaging System in LumoTrace® biological samples manufactured by Abisens LLC.

Technical specifications: Range of operation 280-710 nm Diffraction grating (replica) 1250 strokes per millimeter The area of maximum energy concentration 350-450 nm The working order of the spectrum is the first The signal-to-noise ratio on the line is 632.8 nm when detuning from the center of the line by ± 3.3 nm is not worse than 3 * 106 times The slits are fiber optical fibers with a diameter of 200 microns, stacked in 1 row. The height of the slits is 5 mm The resolution of the monochromator with these slits is not worse than 0.34 nm The accuracy of the wavelength setting is not worse than 0.2 nm Dimensions are not more than 335 x 153 x 240 mm Weight is not more than 8 kg Supply voltage 187-242 V Power consumption not more than 12 watts Current frequency 49-51 Hz

Technical specifications: LM-3 operating range 220-650 nm LM-4 operating range 220-900 nm Diffraction grating (replica) 1200 strokes per millimeter Radius of curvature DR 125 mm The area of maximum energy concentration is 300-400 nm Inverse linear dispersion in the specified spectral range of 6.7 nm/mm Relative opening 1:3.3 The slits are fiber optical fibers with a diameter of 200 microns, stacked in 1 row. The height of the slots is 5 mm The resolution of the monochromator with the specified slits in the ranges of 220-650 nm is not worse than 1.5 nm The resolution of the monochromator with the specified slits in the range of 650-900 nm is not worse than 2.5 nm The accuracy of the wavelength setting is not worse than 0.2 nm Dimensions no more than 205x125x150 mm Weight not more than 3 kg Supply voltage 90-120 / 187-242 V Power consumption not more than 12 W Current frequency 50/60 Hz

Scanning Probe Microscopy In air and in liquid: AFM (contact + semi-contact + non-contact) / Lateral Force Microscopy/ Phase Mapping/ Force Modulation/ Adhesive Force Mapping/ Lithographs: AFM (Power) Only in air: STM/MSM/ESM/SEM/ Kelvin Probe Method/ Display of Spreading Resistance/ AFAM (on demand)/Lithographs: AFM (Current), STM/.

A higher–level device with extreme sensitivity and an additional set of functions that allow you to expand the possibilities for conducting spectral studies: · revolver mechanism with 4 interchangeable lenses - mirror IR 15X, NPVO, lens 4X, lens 10X; · registration of spectra in the modes of specular and diffuse reflection, transmission and NIP; · increased sensitivity, which allows recording the spectra of micro-objects with sizes from 5 microns; · built-in control panel with advanced functions; · automated mapping system; · the rectangular slit diaphragm is made of special glass – after the fragment is selected, the rest of the field of view is also available to the user, which greatly simplifies photometry of extended surfaces with local inhomogeneities; · specialized software for controlling the microscope and processing the results. Liquid nitrogen is required to work with an IR microscope.

Designed for monitoring processes in reactors, vacuum chambers, gas pipelines, etc.

The wide-range IR microscope of the MICRAN series, connected to the FT-801 and Infralum FT-801 Fourier spectrometers, is designed to study samples from 10 microns in size, including heterogeneous in composition. When working on an IR microscope, the operator has the opportunity to observe the object under study with a magnification of over 200X both using binoculars and on a monitor using a digital video camera, during photometry, select a local area of arbitrary shape with the help of diaphragms, and also “scan” the surface of the sample, observing the spectrum obtained in real time.

The IR microscope "MIKRAN" is designed to work with IR Fourier spectrometers "Infralum FT-801". The spectral range is 6000 – 600 cm-1 (with a microscope and an MST detector cooled with liquid nitrogen). Resolution 0.5, 1, 2, 4, 8 cm-1 (determined by the resolution of the Fourier spectrometer)