Stainless Steel Bacterial Cell Spreader

Stainless Steel Bacterial Cell Spreader Product Features:

1. Material: Made of medical grade stainless steel of SUS304 or higher specifications, this material not only guarantees excellent corrosion resistance and non-toxicity, but also ensures that it can maintain its original shape and gloss after repeated high-temperature sterilization, and is not easy to rust or deform.

2. Fine craftsmanship: The coating end is specially designed with thin and smooth edges to ensure that the contact area with the surface of the solid culture medium is maximized when applying the culture, so as to achieve the purpose of uniform cell distribution. At the same time, there are no sharp corners on the edge to prevent scratches on the surface of the culture medium during operation.

3. Ergonomic design: The handle part is designed in accordance with ergonomics, which can maintain a comfortable grip even after long-term use and reduce the operator's hand fatigue. Some designs are also equipped with anti-slip textures to enhance hand-held stability.

4. Easy to disinfect: The stainless steel material enables it to withstand various commonly used disinfection methods in laboratories, including high-pressure steam sterilization, dry heat sterilization, etc., to ensure that it can reach a sterile state before and after each use to prevent cross contamination.

5. Multiple size options: In order to meet different experimental needs, stainless steel bacterial cell spreaders usually provide a variety of widths and lengths to choose from, ranging from small-scale delicate operations to large-area rapid coating.

Stainless Steel Bacterial Cell Spreader Application areas:

• Microbial culture: In experiments in the fields of microbiology, molecular biology, genetics, etc., it is used to evenly spread microbial culture liquid on solid culture medium to facilitate colony formation and counting, separation and purification, drug sensitivity testing, etc.

• Cell culture: It is also suitable for cell culture experiments, especially when cells need to be diluted and coated to form single-cell clones.