Growth surface
No. of wells
Specifications
Compare modelsNZ $445.00
Inc. GST
The Thermo Nunc Nunclon Sphera Multidish, 24-Well, is engineered for advanced 3D cell culture applications. With a total culture area of 19 cm² and a suggested working volume of 1 mL per well, this sterile plate features the ultra-low attachment Nunclon Sphera surface. It supports reliable spheroid and suspension culture, making it ideal for research requiring minimal cell adhesion and maximum consistency.
This multidish is perfect for consistent, reproducible results in applications where traditional cell adhesion is not desired, such as stem cell and tumor spheroid research.
It is engineered for advanced 3D cell culture applications. With a total culture area of 19 cm² and a suggested working volume of 1 mL per well, this sterile plate features the ultra-low attachment Nunclon Sphera surface. It supports reliable spheroid and suspension culture, making it ideal for research requiring minimal cell adhesion and maximum consistency.
Yes. It is designed for 3D cell culture and spheroid formation, and offers a format of 24-well multidish with lid and a culture area of 19 cm² total to support this kind of work.
It has a format of 24-well multidish with lid and a culture area of 19 cm² total.
It offers nunclon Sphera ultra-low attachment, suggested 1 mL per well, sterile and ready to use and cells to grow in suspension with virtually no cell attachment.
NZ $445.00
Inc. GST
Manufacturer P/N
174930
Part Number
7.672 472
Manufacturer
Thermo Scientific
Growth surface
1.9 cm²
NZ $447.28
Inc. GST
Manufacturer P/N
174931
Part Number
6.268 804
Manufacturer
Thermo Scientific
Growth surface
3.8 cm²
NZ $445.00
Inc. GST
Manufacturer P/N
174932
Part Number
6.268 803
Manufacturer
Thermo Scientific
Growth surface
9.6 cm²
It is engineered for advanced 3D cell culture applications. With a total culture area of 19 cm² and a suggested working volume of 1 mL per well, this sterile plate features the ultra-low attachment Nunclon Sphera surface. It supports reliable spheroid and suspension culture, making it ideal for research requiring minimal cell adhesion and maximum consistency.
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