The Thermo Scientific Nunc Chamber Slide System Permanox 8-Well offers a complete solution for in situ cell analysis—allowing cells to be cultured, fixed, stained, and examined on the same slide. This chamber system minimizes handling and potential contamination by eliminating the need for cell transfer.
Product Features
- Ideal for in situ analysis—cells can be cultured, fixed, stained, and viewed on the same microscope slide
- Easily perform microscopic analysis of cell cultures using these miniature chamber systems with removable media chambers—eliminates the need for cell transfers from a vessel to a slide
- System includes a lid for aseptic manipulation, removable polystyrene (PS) media chamber, and a standard 25 x 75 mm slide functioning as the growth substrate
- Removable 8-well polystyrene media chamber with a standard 25 x 75 mm Permanox plastic slide
- Cell-culture treated Permanox slides ensure optimal cell adhesion and growth
- Choose from either cell-culture treated Permanox plastic or glass (soda lime) slides—both ideal for fluorescent stained cell culture analysis without interfering with labels
- Permanox and PS slides are cell-culture treated; glass slides are precleaned to enhance cell adhesion
- Chambers are easily removable by hand, allowing further analysis on the slide
- Silicone gasket provides a secure, non-toxic seal and can be removed or left in place for reagent incubation
- SideFlask and Flaskette systems are ideal for closed incubation environments
- All Chamber Slide systems are presterilized and ready for immediate use
Benefits
- Simplifies workflows and reduces contamination risk
- Optimized for fluorescence imaging and high-resolution microscopy
- Designed to support sensitive cell types with consistent performance
- Presterilized components ensure safe and efficient laboratory use
Why Choose Thermo Scientific Nunc Chamber Slide System?
Thermo Scientific Nunc Chamber Slide Systems are engineered for streamlined cell culture and analysis. The Permanox 8-well format ensures consistent cell attachment and compatibility with advanced imaging, making it ideal for high-throughput research labs.
