Cell multi-point inoculation device

The HMI-60 cell multi-point seeding instrument is a specially designed instrument for bacterial resistance experiments. It can automatically perform and complete inoculation within 9 seconds, and can perform multiple drug and different concentration inoculation experiments at once. Breaking the traditional manual vaccination mode and adopting fully automated mechanical vaccination, the vaccination process is simple, fast, and accurate.

Key Features:
1. The inoculation rod is made of specially treated stainless steel, which eliminates its hydrophobicity and prevents bacterial droplets from dripping during sampling due to its specialized structural design and special processing.
2. It has a position determination needle, making it easy to determine the position of colonies on the culture dish, and the sterilization process is simple.
3. The vaccination speed is extremely fast, reducing work intensity and avoiding operational errors.
4. A detection method with high accuracy, reproducibility, and reliability in collecting bacterial solution, ensuring accurate collection of bacteria and ensuring successful inoculation of all inoculants on the culture dish.
5. The operation is simple, fast, and the inoculation speed is fast and adjustable, achieving easy operation for rapid detection of bacterial dilution, reducing work intensity and avoiding operational errors.
The adjustable speed rotating sample tray of 6. * can achieve automatic positioning without operation, and can be inoculated by simply replacing the sample, which shortens the operation time and meets the requirements of laboratory automation.
7. You can receive 60 types of medication at once.
Technical Specifications

Procurement Guide:
The HMI series multi-point vaccination machine is divided into HMI-24, HMI-60, and HMI-96 according to the number of vaccination needles. The inoculation volume of HMI-24 is 3 µ L, while the other two are both 1 µ L, which can be selected according to the concentration of the configured series of drugs in the experiment.
Advantages compared to traditional vaccination methods
Overcoming many drawbacks of traditional bacterial inoculation methods, such as inaccurate sampling volume due to differences in the structure of inoculation rings and between each ring, and inaccurate determination of drug antibacterial concentration due to poor reproducibility.
Guidelines for Supporting Devices
Standard configuration: 24 position inoculation rack (including 24 inoculation rods, 1 position needle, and 24 position sample positioning box), 2 culture media, and 1 96 well cell culture plate; 60 inoculation racks (including 60 inoculation rods, 1 positioning needle, 60 sample positioning box), 2 culture media, and 1 96 well cell culture plate; Optional: 96 position inoculation rack (including 96 inoculation rods, 96 position sample positioning box), 2 culture media, and 1 96 well cell culture plate.

Application field
Mainly used for bacterial resistance experiments, it is widely used in pharmaceutical fields such as drug detection, drug production, drug research and development, and disease prevention and control.