Pipetting Systems Market Growth with Worldwide Industry Analysis to 2018-2026

Posted by vakhas on January 22nd, 2019

Pipetting systems, also known as liquid-handling robots, are devices that measure the accurate volume of regent and specimen at a high pace. These devices contain a motion system that moves heads with nozzles and plates as well as a controller to control the system. Pipetting systems are used for automation of biochemical laboratories or pharmaceutical R&D. Most pipetting systems have four basic structural components: pipetting head, user interface, working area, and waste container.

The dispensing techniques that are most frequently used are reverse pipetting, forward pipetting, sequential dispensing, dispensing, and diluting. Mechanical pipettes can only be used for forward and reverse pipetting whereas electronic dispensing systems are used for all other laboratory functions.

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A pipette is a mechanical part designed to transfer liquids. A pipette head can be single-channel or multi-channel. The user interface permits communication between the system and the user via a touchscreen or a PC. Through the working area, liquid dispensing takes place and the pipetting head moves upwards. It consists of holders that hold the stored liquid containers. There is also a container called a waste container which stores disposable tips that are used by the system to throw away washing buffer or excess liquid.

Pipetting Systems Market: Drivers and Restraints 

Pipetting systems are generally used in analytical chemistry and molecular biology. It is one of the rising markets in the diagnostic and laboratory sectors. Factors driving the growth of the pipetting systems market includes productivity, high accuracy, and easy handling of the system. Nevertheless, the high price, lack of skilled and qualified healthcare professionals, and maintenance cost are the major restraints that restrict the growth of the pipetting systems market. Continuous improvements and new technologies in pipetting devices have increased their uses in bioinformatics.

Robotics pipetting systems are replacing manual pipetting systems due to their consistency and optimal results. These have programs that control the ON/OFF functions and perform sequential procedures. The devices enhance the efficiency and reproducibility of laboratory work. Pipetting devices are used in numerous applications such as next-generation sequencing and DNA/RNA purification.