In medicine, it is impossible to examine the body, make a diagnosis, detect pathologies, and monitor the effectiveness of therapy without laboratory tests. That is why modern, reliable and accurate medical equipment is one of the foundations for the productive work of a laboratory of any scale and specificity.
This is a set of instruments, devices and devices that ensure the performance of the work tasks of a medical laboratory:
Today, manufacturers produce medical equipment that minimizes operator involvement in the analysis process, which makes it possible to increase the speed and accuracy of research and significantly reduce the likelihood of error, which largely determines the effectiveness of diagnostics. Some equipment is so automated that it can be used in doctors' offices, ambulances or at home.
Depending on the purpose and functionality, the following categories can be distinguished:
Our company offers a wide range of modern equipment, reagents, and consumables to medical institutions of various profiles, polyclinics, laboratories, and health centers. Our medical equipment in Kyiv and Ukraine is in constant demand for a number of reasons:
With SanaLab, it is comfortable, easy and profitable to equip a laboratory of any scale with advanced, high-tech devices and equipment.
Firstly, it is important that the medical equipment corresponds to the specifics of the medical institution and the range of studies it conducts. You should also pay attention to the technical characteristics and level of automation of the equipment.
There are automatic and semi-automatic devices. The former work with test tubes and do not require laboratory technician maintenance, while urine analyzers of the latter type require sample preparation and use test strips with reagents. Automatic models provide more complete information about the cellular composition of urine.
This medical laboratory equipment is designed to determine the content of various metabolites in blood, serum, plasma, urine, etc. The most advanced are automatic biochemical analyzers, which are highly accurate. Their operation eliminates the influence of the human factor.
This technique determines the quantitative distribution of red blood cells, white blood cells, and platelets in the blood, their characteristics, etc. There are simpler 3-diff modifications that do not classify leukocytes and high-tech 5-diff models that distinguish 5 populations. The former are suitable for small laboratories, the latter for large medical centers.
A clinic needs to buy this type of medical equipment if it specializes in the treatment of hemostasis pathologies. This device analyzes blood clotting indicators. Single-channel coagulometers are the least efficient in operation; 2-, 4-, 8-channel models are more commonly produced, and their performance increases with the number of channels.
Modern devices are characterized by compactness, portability and high speed of results without compromising accuracy. Such hemoglobin analyzers are suitable for both stationary use in medical laboratories, doctors' offices, and for on-site examinations.
This medical equipment is designed to determine the concentration of hemoglobin in the blood that has reacted with glucose. Every clinic specializing in the treatment of diabetes should install glycosylated hemoglobin analyzers, as this device is most effective for its diagnosis and monitoring.
When choosing glucose and lactate analyzers, you should pay attention to the accuracy and speed of measurement of these indicators. Innovative devices presented on our medical equipment website analyze blood, serum, or plasma samples almost instantly, with the result displayed on a display or printer.
These devices for capillary, venous, and arterial blood are essential in every medical laboratory. The key parameters for choosing blood collection systems are ease of use, quality of materials, and affordable price.
Automatic medical equipment minimizes manual labor and increases the efficiency of the laboratory. The main criteria for choosing it are size, capacity (number of tubes), rotation speed, and performance.
Medical equipment designed to separate biomaterials into fractions with different densities due to the influence of centrifugal force. The most convenient in operation are automated universal laboratory centrifuges, whose operation is regulated by a microprocessor. Their parameters can be programmed, and the modes are displayed on a digital display.