96 Round well, F-Bottom, White, 350 µl

Signum™ 96-Well White Assay Plate, Round Well, F-Bottom – 350 µL Capacity

Description

The Signum™ 96-Well White Assay Plate features a round-well, solid F-bottom design engineered for maximum signal clarity and sample integrity. With well working volumes of 120 µL and a total capacity of up to 350 µL, this plate is ideal for a wide range of assay-based applications, including cell culture, ELISA, drug discovery, and high-sensitivity luminescence or fluorescence imaging.

The white polystyrene construction minimizes background signal while reducing well-to-well crosstalk, and the rounded square bottom geometry reduces wicking and residual volume. Built to the ANSI/SLAS microplate format, the plate fits standard automation systems and top-reading microplate readers, offering reliable performance in high-throughput workflows.

Key Features:

• 96-well round format with solid F-bottom for efficient optical performance

• White polystyrene construction reduces background luminescence and fluorescence

• Rounded square well design to minimize wicking and improve sample recovery

• Working volume up to 120 µL, total capacity of 350 µL per well

• ANSI/SLAS-compliant format for seamless integration into automation platforms

• Alphanumeric labeling for well identification and traceability

• Non-sterile and non-lidded, optimized for custom workflows

Applications:

• Cancer research

• Cell culture assays

• Drug discovery screening

• ELISA and immunology studies

• Fluorescence and luminescence imaging

• Sample prep and compound storage

Specifications

• Plate Type: Assay

• Well Number: 96

• Well Shape: Round

• Bottom Shape: F-bottom (solid)

• Volume (per well): 350 µL (≤500 µL total)

• Working Volume: ~120 µL

• Material: Polystyrene

• Color: White

• Height: 14.7 mm

• Sterile: No

• Lidded: No

• Format Compliance: ANSI/SLAS

• Alphanumeric Labeling: Yes

Disclaimer

There is a small area of flash (excess polystyrene) around the rim of a small number of wells. This does not impact the functionality of the plate; however, if a sealing film is used, it may affect the seal integrity in the region around these wells.