Thermo Nunc Nunclon Sphera Microplates, 96-Well, 300 µL (Pack of 5)

The Thermo Nunc Nunclon Sphera Microplates, 96-Well, 300 µL (Pack of 5) are designed for advanced cell culture applications requiring ultra-low attachment surfaces. Ideal for spheroid and 3D cell culture, these plates feature a consistent, high-quality surface that minimizes cell attachment and maximizes reproducibility. Each 96-well plate holds up to 300 µL per well, offering optimal conditions for cell aggregation and spheroid formation.

Key Features:

• Brand: Thermo Nunc
• Format: 96-well plate
• Volume Capacity: 300 µL per well
• Surface Type: Nunclon Sphera—ultra-low attachment for 3D cell culture
• Application: Ideal for spheroid culture and advanced cell biology research
• Packaging: Pack of 5 plates

These microplates are optimized for reproducible, high-quality spheroid growth, making them essential for researchers working in 3D cell culture systems.

Frequently Asked Questions

1. What is the Thermo Nunc Nunclon Sphera Microplates, 96-Well, 300 µL used for?

It are designed for advanced cell culture applications requiring ultra-low attachment surfaces. Ideal for spheroid and 3D cell culture, these plates feature a consistent, high-quality surface that minimizes cell attachment and maximizes reproducibility. Each 96-well plate holds up to 300 µL per well, offering optimal conditions for cell aggregation and spheroid formation.

2. Is this product suitable for spheroid culture and advanced cell biology research?

Yes. It is designed for spheroid culture and advanced cell biology research, and offers a format of 96-well plate and a volume capacity of 300 µL per well to support this kind of work.

3. What format and volume capacity does this product have?

It has a format of 96-well plate and a volume capacity of 300 µL per well.

4. What surface type does this product offer?

It offers nunclon Sphera, ultra-low attachment for 3D cell culture, cells to grow in suspension with virtually no cell attachment, supports many different cell types and their ability to generate spheroids and enables consistent, repeatable cell growth.