The 3D printing system allows you to design and manufacture various types of parts, details housings, and parts. The system allows you to make the smallest elements with high accuracy.
The CCD camera is intended for filming scientific experiments.
The CCD camera is intended for filming scientific experiments.
The EPSON 1680 Pro (A4 size) scanner is a device working in transparency (positive) mode up to 2600 dpi, which allows you to digitize astronomical plates. An ad hoc program by Stefano Mottola made it possible to write the resulting image in FITS format.
Used to study absorption and transmittance spectra of crystals and liquids.
The Alpha-Step D-300 profilometer can measure 2D step heights from a few nanometers to 1200 µm.
The equipment is used for annealing and heat treatment of samples and targets. The furnace temperature can reach up to 1600°C.
The NT-MDT "NanoEducator" is a scanning tunneling and AFM microscope (SPM). It enables to visualize and modify the sample with nanometric spatial resolution. This model was developed for scientific education purposes.
The femtosecond laser system is a generator of pulses with a central wavelength of 800 nm (retunable) and a duration of 100 fv (retunable).
Takes measurements with the click of a button, uses event-driven operations for logging, and simplifies script programming with an SCPI recorder for quick setup of complex measurements. Fast measurement speed for high throughput in production applications is another key advantage of the device.
Analog and digital signal analysis options including 5G NR.
The signal generator has a maximum bandwidth of up to 120 MHz, a sampling rate of 1.2 GSa/s, and a vertical resolution of 16 bits. It allows to generation of constant, sinusoidal, rectangular, saw-shaped, and other signals up to 20V.
A very compact remote field aerial (RFA) test system based on Compact Antenna Test Range (CART) technology enables RFA radio measurements to be performed in any size laboratory.
Features:
10 W, 515 nm center wavelength continuous laser.
An autocorrelator is used to measure the duration of femtosecond laser pulses.
The laser is single-mode, works in continuous mode, and has a power of 25 mW and a wavelength of 458-514 nm. It is intended for the examination of various optical objects under the influence of laser radiation.
The thin film measuring system is intended for thickness measurement and spectral analysis of transparent films with a thickness of 1 nm-300 μm.
The device is designed for optical microscopy.
A polarizing microscope is designed for studying micrometer-sized objects under polarized light. It also enables the study of video recording using a digital camera.
Intended for gas sensor parameters studies. It has a vacuum system attached to it. Gas flow is regulated by appropriate flowmeters.
Used to determine the size distribution of biological polymers in solution.
