ARRALYZE Glass Nanowell Chamber Slide
ARRALYZE 8 Chamber Slide combines standard slide format with advanced nanowell technology, featuring 8 chambers with 127 precisely etched nanowells (0.4 × 0.4 × 0.225mm) per chamber. The borosilicate glass bottom (0.175μm thick under wells) provides superior optical clarity for high-resolution imaging while maintaining an inert environment. Includes 3 fiducials per chamber for easy navigation and precise cell tracking.
The ARRALYZE 8 Chamber Slide combines the convenience of a standard microscope slide format with advanced nanowell technology, enabling researchers to perform multiple parallel experiments on a single chip. Each slide contains 8 individual chambers with 127 precision-etched nanowells per chamber, created using our proprietary Laser Induced Deep Etching (LIDE) technology. This design allows for efficient workflow integration while maintaining the exceptional performance characteristics needed for high-resolution single-cell analysis.
The borosilicate glass bottom provides superior optical clarity and an inert environment for cells, while the strategic placement of fiducial markers in each chamber facilitates easy navigation and precise cell tracking. The slide's standard dimensions ensure compatibility with automated microscopy systems and existing laboratory workflows, making it an ideal solution for researchers seeking to maximize experimental throughput without compromising on data quality.
Key Features & Benefits:
- 8 independent chambers with 127 nanowells (0.4×0.4×0.225mm) per chamber
- Ultra-thin glass bottom (0.175μm) under wells for superior optical clarity
- Inert glass environment prevents contamination
- 3 fiducial markers per chamber for precise navigation
- Standard slide format (25.5×75.5mm²) for workflow compatibility
- Dimpled well bottoms for optimal cell positioning
Applications:
- Parallel single-cell experiments
- Comparative studies across multiple conditions
- Immunofluorescence assays
- Live cell imaging
- Drug screening
- Antibody discovery
- Cell-cell interaction studies
- Genetic screening