Applied Biosystems™ Plate Septa, 96-Well, for 3130, 3130xl, 3730, 3730xl Genetic Analyzers

The Applied Biosystems™ 96-Well Plate Septa are high-quality sealing components designed for use with capillary electrophoresis genetic analyzers, ensuring secure sealing of 96-well plates during DNA sequencing and fragment analysis workflows. These septa provide reliable protection against sample evaporation, contamination, and cross-well interference, maintaining sample integrity throughout the analysis process.

Engineered for compatibility with a wide range of Applied Biosystems™ instruments, these septa are an essential consumable for laboratories performing high-throughput DNA analysis.

Key Features

Secure & Reliable Sealing

• Provides tight sealing for 96-well plates
• Prevents evaporation and contamination during runs
• Maintains sample integrity for accurate results

Optimized for CE Workflows

• Designed specifically for capillary electrophoresis (CE) applications
• Ensures stable sample conditions during sequencing and fragment analysis
• Supports consistent and reproducible performance

Broad Instrument Compatibility

• Compatible with:
  • 3130 / 3130xl Genetic Analyzer
  • 3730 / 3730xl DNA Analyzer
• Seamlessly integrates into existing CE workflows

High Throughput Efficiency

• Each pack contains 20 septa, supporting up to 1,920 samples
• Ideal for high-volume laboratories and routine workflows

Durable & Easy to Use

• Designed for easy placement and removal
• Maintains structural integrity during repeated use cycles

Applications

• DNA sequencing workflows
• STR fragment analysis
• Capillary electrophoresis sample preparation
• High-throughput genetic analysis laboratories

Technical Specifications

Compatible Accessories & Consumables

• MicroAmp™ Optical 96-Well Reaction Plates
• Hi-Di™ Formamide
• POP-4™ and POP-7™ Polymers
• Capillary arrays (36 cm and 50 cm)
• Running buffers (10X)

The Applied Biosystems™ 96-Well Plate Septa are a critical consumable for ensuring sample integrity and reliable performance in capillary electrophoresis workflows. With their secure sealing, high compatibility, and support for high-throughput operations, they provide laboratories with a dependable solution for maintaining accuracy and consistency in DNA sequencing and fragment analysis applications.