'Reveal the real cancer cells'...'Bionit' develops liquid cell examination technology that automates centrifugation preprocessing

Regardless of the specimen condition, the BioKnit liquid-based cytology is performed through an automated centrifugation preprocessing process, including the following: △Cell agglutination process (CCP) to collect cells in the specimen vial using primary centrifugation to always obtain high-quality slides; △Cell separation process (CSP) to separate cells by centrifugation using a chamber containing a density gradient reagent (DGR) and collect only the cells necessary for diagnosis; and △Staining process (SP) to smear the separated cells on a slide plate without applying external force.

Bionit technology has differentiated characteristics that can satisfy the needs of all clinical pathologists, cytopathologists, pathologists, and hospital managers related to liquid-based cytology. It satisfies the convenience of work for clinical pathologists who make slides, consistent quality regardless of the specimen for cytopathologists who pre-examine slide plates, accuracy of examination through consistent quality for pathologists who make the final reading, and economic efficiency of the product for hospital management.

In addition, Bionit is a medical device development specialist that listens to the needs of customers, utilizes a group of surrounding experts, develops the medical devices that customers want, and provides them to the market. We are developing and selling various products, such as the in vitro diagnostic medical device 'WellPrep System', automated medical devices 'vacuum blood collection tube decapper (a device that automatically removes the cap of a vacuum blood collection tube)', 'vacuum blood collection tube recapper (a system that fuses and seals vacuum blood collection tubes using aluminum foil)', 'vacuum blood collection tube autofeeder (a system that aligns vacuum blood collection tubes collected from a blood collection system and transfers them to a vacuum transport system to send them to a laboratory)', and care robot 'Hug Me (an electric nursing patient transport system)'.