Brief introduction: The multi point inoculum is a special instrument for the experiment of bacterial resistance. It is mainly used in the field of drug resistance experiments, drug testing, drug production and drug development. It can be automatically carried out in 5 seconds and completed the inoculation, breaking the traditional artificial inoculation mode and using mechanical inoculation, so that the inoculation process is simple, fast and accurate. The shortcomings of the traditional methods of bacterial inoculation are overcome, such as the inaccuracy and inaccuracy of the antimicrobial concentration of the adjudicated drug caused by the inaccuracy of the production of bacteria due to the structure of the inoculation ring and the difference between each inoculation ring. Characteristic： 1, The inoculation needle is made of specially treated stainless steel. Due to special structural design and special processing, the hydrophobicity of the inoculation needle is eliminated and the drop of bacterial liquid is prevented from sampling. 2, It is easy to judge the location of colonies on the Petri dish with location determination needle, and the sterilization method is simple. 3, The stainless steel inoculation needle bracket adopts a double-layer stable structure and QuickLink easy installation structure to realize the quick replacement of the bracket as a whole, and can sterilize the whole autoclave. 4, The operation is simple and the inoculation rate is very fast. It can be carried out automatically in 5 seconds, and the inoculation can be done to reduce work intensity and avoid operational error. 5, The accurate and reproducible quantity of the bacteria collection liquid is high, so that all inoculating rods can be successfully inoculated on the culture dish. The inoculum size of the inoculum is 0.3 micron L, 1 L, 2 L, 5 L. 6, The unique reciprocating sample tray can be automatically positioned without manual operation, which greatly reduces the operation time and meets the requirements of laboratory automation. 7, The bacterium liquid module is made of PTFE material and can be used repeatedly with high pressure steam sterilization. The number of inoculation numbers is 21 holes, 27 holes, 52 holes, 60 holes, 96 holes, 100 holes, and can provide customized services for other holes according to the needs of the users. 8, Equipped with a pedal switch to control the inoculation process. 9, Safety function: automatic reset of power failure, equipped with transparent protective cover, visual and safe operation process, front and rear double switch protection, built-in fuse. 10, Automatic program controller: automatic, manual mode arbitrary switching; provide up to 7 kinds of personalized operating procedures; counting functions to check the number of daily inoculation, counting can be zero; random set time interval; one button start or pause; run sound and light reminding. Technical parameters: Inoculation time: less than 5S \Inoculation liquid level: 1: 21, 27, 52, 60, 96, 100, customized Inoculated with petri dishes: Φ 90, Φ 100, square petri dishes (square, rectangular) Power: 100 Weight: 8 Shape dimensions: 1: 420! 190! 275 Power supply: 220V: 50 / 60Hz Display mode: led Mode: automatic, manual Parameters: interval, count Interval time range: 0.00m 999.99 Counting range: 1 / 99 / 999 Zero clearing function: yes Personalized programs: 7 Keystroke tone: yes
Brief introduction: The multi point inoculum is a special instrument for the experiment of bacterial resistance. It is mainly used in the field of drug resistance experiments, drug testing, drug production and drug development. It can be automatically carried out in 5 seconds and completed the inoculation, breaking the traditional artificial inoculation mode and using mechanical inoculation, so that the inoculation process is simple, fast and accurate. The shortcomings of the traditional methods of bacterial inoculation are overcome, such as the inaccuracy and inaccuracy of the antimicrobial concentration of the adjudicated drug caused by the inaccuracy of the production of bacteria due to the structure of the inoculation ring and the difference between each inoculation ring.
