Cell culture treated plates, TC treated, DNAse, RNase, pyrogen and Metal Free cell culture plates
Your reliable cell culture treated plateds supplier, the top 10 manufacturer of high quality cell culture plates in china.
High quality and high yield cell culture treated plates from china
BKMAM cell culture plates quality control system, Product warranty for 3 years
We use a variety of high-quality cell culture plates to help achieve healthy, reproducible cell growth.
Polystyrene cell culture plates are available in over 100 formats and surface combinations to help promote healthy cell growth and provide reliable results for your research.
High quality and high yield cell culture treated plates
We are the most professional cell culture plate manufacturer in China, we can provide cell culture plates with a variety of surface treatments
Find the cell culture plate you need based on the different cell culture plate surfaces:
To help ensure optimal results for different cell cultures and subsequent cell analysis, we offer a variety of cell culture plates with a variety of surfaces, well bottom shapes and colors. Let us help you choose from a cell culture surface that has been modified to meet the needs of your specific cell type.
1. BKMAM cell culture treated plates are suitable for adherent cells
Standard tissue culture (TC) surface treated make the polystyrene surface more hydrophilic, providing maximum adhesion to multiple cell types.
2. Cell culture plates are untreated for suspension culture or routine analysis:
High-quality, light-transmitting, non-reconstituted polystyrene with a hydrophobic surface is ideal for suspension cell culture and is equally useful in a variety of biochemical binding assays.
3. BKMAM cell culture plates for culturing demanding cells
The unique energy-treated surface, combined with conditioned medium supplemented with ROCK inhibitor, supports the attachment and expansion of human pluripotent stem cells.
4. BKMAM cell culture plates for spheroid cell culture
Supports reproducible spheroid cultures. Cells grow and aggregate with little attachment to the culture vessel. Suitable for spheroid culture, tissue culture and 3D culture.
5. BKMAM cell culture plates for adherent culture and harvesting of cells that do not require trypsin
Enables harvesting of cells in single-cell suspensions or continuous cell layers by lowering the temperature, enabling the creation of 3D tissue models without in vitro scaffolding materials
6. Poly-D-Lysine and Collagen BKMAM cell culture plates for primary and demanding cells
ECM-coated surfaces mimic in vivo growth conditions and are ideal for culturing cells that are difficult to grow on common tissue culture surfaces. Collagen I is of animal origin, while PDL is completely synthetic.
Complete size of top quality cell culture plates:
Specification | Base Height (mm) | Base Diameter (mm) | Length (mm) | Width (mm) | Height (mm) | Adherent | Packaging (individual wrapped) |
6-well transparent/with lid | 17 | 35 | 127 | 85 | 23 | No | 200pcs/ctn |
12-well transparent/with lid | 17 | 35 | 127 | 85 | 23 | No | 200pcs/ctn |
24-well transparent/with lid | 17 | 16 | 127 | 85 | 23 | No | 200pcs/ctn |
48-well transparent/with lid | 17 | 11 | 127 | 85 | 23 | No | 200pcs/ctn |
6-well transparent /with lid | 17 | 35 | 127 | 85 | 23 | Yes | 200pcs/ctn |
12-well transparent/with lid | 17 | 23 | 127 | 85 | 23 | Yes | 200pcs/ctn |
24-well transparent/with lid | 17 | 16 | 127 | 85 | 23 | Yes | 200pcs/ctn |
48-well transparent/with lid | 17 | 11 | 127 | 85 | 23 | Yes | 200pcs/ctn |
96-well U bottom with/without lid | 20 | 6.7 | 127 | 85 | 16 | No | 200pcs/ctn |
96-well V bottom with/without lid | 12 | 6.7 | 127 | 85 | 16 | No | 200pcs/ctn |
96-well flat bottom with/without lid | 10 | 6.7 | 127 | 85 | 16 | No | 200pcs/ctn |
96-well flat bottom with lid | 20 | 6.7 | 127 | 85 | 14 | No | 200pcs/ctn |
Types of Cell culture plates:
Sort by bottom shape
According to the shape of the bottom, it can be divided into flat bottom and round bottom (U type and V cell culture plate type)
Any type of flat-bottomed cells can be used, but when the number of cells is small, such as cloning, a 96-well flat-bottom is used. In addition, when doing MTT and other experiments, both adherent and suspended cells are generally flat-bottomed. As for U or V-shaped plates, they are generally used only when certain special requirements are required. For example, in immunology, when two different lymphocytes are mixed and cultured, they need to be in contact with each other for stimulation. Therefore, U-shaped plates are generally required, because cells will be gathered in a small range due to the effect of gravity. V-shaped plates are less useful. Generally, in cell killing experiments, in order to make effective target cells in close contact, V-shaped plates are often used, but U-shaped plates can also be used instead of U-shaped plates (after adding cells, low-speed centrifugation). If you want to grow cells, you usually choose flat bottoms. In addition, you should pay special attention to the material. It seems that you have never heard of round bottoms for growing cells. The round bottom is usually used for analysis, chemical reaction, or preservation of samples, because the round bottom is better for sucking the liquid cleanly, and if you use the flat bottom, it is not easy to suck. However, if you want to measure absorbance, you must buy a flat bottom. Most cell cultures use flat-bottom culture plates, which are easy to observe under the microscope, have a clear bottom area, have a relatively consistent cell culture liquid level, and are convenient for MTT detection.
The round-bottom culture plate is mainly used for the experiment of isotope incorporation, which requires the culture of the cells to be collected with a cell harvester.
Sort by material
Depending on the material, there are Terasaki plates and ordinary cell culture plates. The specific selection depends on the type of cultured cells, the required culture volume and different experimental purposes.
The cell culture plate can be divided into flat bottom and round bottom (U-shaped and V-shaped) according to the shape of the bottom; Terasaki plates and ordinary cell culture plates.
How to choose cell culture plates correctly
The cell culture plate can be divided into flat bottom and round bottom (U-shaped and V-shaped) according to the shape of the bottom; Terasaki plates and ordinary cell culture plates.
The difference and choice of flat bottom and round bottom (U-shaped and V-shaped) culture plates
Different shapes of culture plates serve different purposes. For culturing cells, a flat bottom is usually used, which is convenient for observation under the microscope, has a clear bottom area, and the height of the cell culture liquid is relatively consistent. Therefore, when doing MTT and other experiments, whether it is adherent or suspended cells, a flat bottom plate is generally used. Be sure to use a flat-bottomed culture plate for absorbance measurements. Pay special attention to the material, the label "Tissue Culture (TC) Treated" is for growing cells.
U-shaped or V-shaped plates are generally used only when certain special requirements are required. For example, in immunology, when two different lymphocytes are mixed and cultured, they need to contact and stimulate each other. At this time, a U-shaped plate is generally used, because the cells will gather in a small range due to the effect of gravity. Round-bottom culture plates are also used for isotope incorporation experiments that require the use of cell harvesters to collect cell cultures, such as "mixed lymphocyte cultures". V-plates are commonly used for cell killing and immunological hemagglutination experiments. This experiment of cell killing can also be replaced by a U-plate (after adding cells, centrifuge at low speed).
The difference between Terasaki plate and ordinary cell culture plate
Terasaki plate is mainly used for crystallographic research, and the product design is convenient for crystal observation and structural analysis. There are two methods of sitting and handing drop, and the shape and structure of the products applied by the two methods are also different. Select crystal class polymer for materials, special materials are beneficial to observe the crystal structure.
The cell culture plate is mainly made of PS material, and the material is treated sufface, which is convenient for cell adherent growth and extension. Of course, there are also growth materials for planktonic cells, as well as low binding surface
Commonly used well bottom area of different culture plates and recommended liquid volume
The liquid level of the culture medium added to different well plates should not be too deep, generally in the range of 2~3mm, and the appropriate amount of liquid added to each culture well can be calculated based on the bottom area of different wells (refer to the table below). If the amount of liquid added is too large, it will affect the exchange of gas (oxygen), and it is easy to overflow and cause pollution during the moving process. The specific density of cells to be added depends on the purpose of the experiment.
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