SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized enviroment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
The 3D CellFate® matrices developed by Biocelltis are biomaterials made up by natural polymeric nanofibers from 50 to 100nm in diameter, similar to human collagen, biocompatible, sterile and ready-for-use, ideal for growing human and animal cells in research labs. Biocelltis offers 3D CellFate® matrices for a wide range of shapes and sizes of culture plates for routine use in laboratories, in addition to customized solutions.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
The 3D CellFate® matrices developed by Biocelltis are biomaterials made up by natural polymeric nanofibers from 50 to 100nm in diameter, similar to human collagen, biocompatible, sterile and ready-for-use, ideal for growing human and animal cells in research labs. Biocelltis offers 3D CellFate® matrices for a wide range of shapes and sizes of culture plates for routine use in laboratories, in addition to customized solutions.
The 3D CellFate® matrices developed by Biocelltis are biomaterials made up by natural polymeric nanofibers from 50 to 100nm in diameter, similar to human collagen, biocompatible, sterile and ready-for-use, ideal for growing human and animal cells in research labs. Biocelltis offers 3D CellFate® matrices for a wide range of shapes and sizes of culture plates for routine use in laboratories, in addition to customized solutions.
The 3D CellFate® matrices developed by Biocelltis are biomaterials made up by natural polymeric nanofibers from 50 to 100nm in diameter, similar to human collagen, biocompatible, sterile and ready-for-use, ideal for growing human and animal cells in research labs. Biocelltis offers 3D CellFate® matrices for a wide range of shapes and sizes of culture plates for routine use in laboratories, in addition to customized solutions.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
SPL3D™ Cell Floater is a culture vessel that provides an optimized environment for 3D cell culture. The culture vessel, which is effective for the formation of spheroids of animal cells, does not require any special incubation techniques, and thus 3D cell culture can easily be implemented in the same way as conventional 2D culture. Especially, 96well Round type product is optimized to form single spheroid.
The 3D CellFate® matrices developed by Biocelltis are biomaterials made up by natural polymeric nanofibers from 50 to 100nm in diameter, similar to human collagen, biocompatible, sterile and ready-for-use, ideal for growing human and animal cells in research labs. Biocelltis offers 3D CellFate® matrices for a wide range of shapes and sizes of culture plates for routine use in laboratories, in addition to customized solutions.
