Used to deposit thin films.
The device with digital micromirrors is designed for light amplitude modulation.
The digital microscope is designed for the study of small objects. It has a magnification of 10-100 times and a 5-megapixel camera.
Designed for measuring and controlling various signals in the frequency range of up to 200 MHz.
Designed for recording spectra from powders and liquids in the infrared range.
The laser provides a single-frequency green (532 nm) radiation with a power of 5 W. It is used in optical computing, optical imaging, and research related to light-environment interactions.
«DM6 M» միկրոսկոպը առաջադեմ պատկերավորման համակարգ է, որը նախատեսված է նյութերի խորքային վերլուծությունների և հետազոտությունների համար: Այն առաջարկում է օպտիկական գերազանց կատարողականություն և բազմակողմանիություն, ինչը թույլ է տալիս կիրառել այն տարբեր ոլորտներում: Ինտուիտիվ ծրագրակազմը, բարձր լուծման պատկերը և հարմարեցված կոնֆիգուրացիաները դարձնում են «DM6 M» միկրոսկոպը հիանալի գործիք ճշգրիտ ուսումնասիրությունների և նմուշների բնութագրման համար՝ բարելավելով արտադրողականությունը և արդյունքները տարբեր գիտական ոլորտներում:
The device is used to measure laser power in optical systems.
A liquid crystal spatial light modulator is used to modulate the phase or amplitude of light.
The device that generates electric signals is used to study the effect of an electric field on the environment. For example, it can be used to study the effect of an alternating electric field on a liquid crystal.
The laser operates in continuous mode and has a power of 105 mW and a wavelength of 532 nm. It is intended for the study of various optical objects under the influence of laser radiation.
The laser operates in continuous mode and has a power of 30 mW and a wavelength of 532 nm. It is intended for the study of various optical objects under the influence of laser radiation.
The laser is single-mode, operates in continuous mode, and has a power of 3 W and a wavelength of 532 nm. It is intended for the study of various optical objects under the influence of laser radiation.
The device is a semiconductor materials research system that allows obtaining data in the form of various characteristics (I–V, etc.).
The equipment is equipped with a system for capacitance measurements (C-V). Measurements are performed in the nanofarad range in the frequency range of 10 kHz-10 MHz.
Designed to obtain gold contacts. It has two operating modes: manual and semi-automatic. It can obtain a contact with a continuation of its gold wire and a spherical contact to create a circuit at the next point.
A high-precision mechanical contact thickness gauge that can be used to measure the thickness of films, paper, corrugated cardboard, textiles, non-woven fabrics, and dense insulating materials. The automatic sampler is designed to measure the thickness of several consecutive points.
The power meter is used to measure the average power of a laser beam up to 2 W.
The power meter is used to measure the average power of a laser beam up to 2 W.
The power meter is used to measure the average power of a laser beam up to 3 W.
The power meter is designed to measure the power of lasers and light sources using testers.
