Our company specializes in supplying high quality scientific equipment
The selection of a radiation source is accompanied by the determination of many important parameters such as wavelength, pulse duration, power output and much more. We work with CNI, NKT Photonics, BWT, LightMachinery, Thorlabs, APE, Synrad, AeroDIODE, AUREA, Litron Lasers, EKSPLA, Connet Laser, Avesta, Solar.
We provide technical support and commissioning directly at the site where the equipment will be used. Our team of professionals is always ready to help you choose the scientific equipment that best suits your needs.
Generate short pulses of laser radiation with duration in the nanosecond range. Characterized by high pulse energy, high repetition rate, and precise control of radiation parameters.
Widely used for pumping femtosecond lasers and other applications where high energy and precision pulse generation are required for various tasks in science and industry.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
Generate short pulses of laser radiation with a duration of the order of picoseconds. They have high power, precision, repetition rate, and a wide range of operating wavelengths. They are used in marking, micromachining, photonics research and other applications requiring high resolution and precision processing.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
A wide range of advanced systems designed to generate pulses in the femtosecond range. Available in water and air cooled models. This type of laser combines high average power and beam stability for operation from UV to IR. They are used in applications such as marking, spectroscopy, material processing, chip fabrication, microscopy.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
A wide range of lasers including semiconductor, gas, solid-state and fiber lasers providing a wide choice of powers, wavelengths and configurations. They are used in spectroscopy, quantum optics research, atomic and molecular structure studies, and optical trapping. They provide an opportunity to study various phenomena and processes at microscopic and macroscopic levels.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
Includes continuous, pulsed and broadband radiation sources. They are distinguished by high radiation stability and accuracy due to the use of fiber optic elements. Distinctive feature of fiber lasers is high efficiency, reliability and compactness. It is used for applications requiring high precision and stability.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
They are characterized by high output power stability, small spectral linewidth, good beam profile, compactness, reliability, long lifetime and easy operation.
These characteristics make DPSS lasers a widely used type of laser equipment for applications such as spectroscopy, fiber optics, laser chemistry, and high-precision measurement.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
Lasers that use semiconductor diodes as the active medium to generate radiation. The laser beam of such a laser has high power, small size and high efficiency.
They are used as a pump source for fiber and solid state lasers, as well as in industrial processing, night vision illumination, testing and scientific research.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
One of the most powerful laser radiation sources operating at wavelengths in the range of 9-11 microns. The average power of such lasers ranges from several tens of W to kW.
They are used to study optical properties of materials, spectroscopic measurements, as well as to create conditions of extreme pressure and temperature to study physical and chemical processes.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
Single-frequency lasers are characterized by the fact that they generate laser radiation with a narrow spectrum of frequencies, which ensures high accuracy and stability of the radiation.
They are used in a wide range of applications such as laser interferometry, optical communications, atomic physics, astronomy and more. Their ability to generate monochromatic radiation with high power and minimal noise makes them indispensable tools in scientific research as well as in industry and medicine.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
A tunable laser is a laser capable of changing the operating wavelength of its radiation, unlike conventional lasers where the wavelength is determined by the characteristics of the active medium.
With good beam quality, high stability and long lifetime, they are widely used in spectroscopy, photochemistry, medicine, biology, integrated optics, laser processing, etc.
We provide technical support at all stages of selecting the right equipment. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
Excimer lasers generate short pulses in the UV range of the spectrum. Their use in the laboratory allows researchers to perform a wide range of experiments and analyze various physical and chemical phenomena.
They have high energy and emission precision, making them an ideal choice for research in photochemistry, spectroscopy, optics and atomic and molecular physics. They can be used to investigate photochemical reactions, study the structure and properties of materials at the molecular level, and create conditions of extreme pressure and temperature in the laboratory.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.
A broadband, high-intensity radiation source used in spectroscopy, biomedical research, photochemistry, and many other areas of scientific research.
They are used to analyze the characteristics of materials, to study the interaction of radiation with matter, and to study the spectral properties of various samples. Due to the wide spectrum of radiation, supercontinuum sources provide researchers with the ability to make precise and detailed measurements, as well as create conditions for reproducing various physical phenomena.
We provide technical support at all stages of the selection process. To familiarize yourself with the full range of equipment, you can contact us using the contact form.