Agilent Bravo 96LT Channel Disposable Tip Head Upgrade for Automated Liquid Handling

The Agilent Bravo 96LT Channel Disposable Tip Head Upgrade is a precision-engineered pipetting accessory designed for Agilent Bravo Liquid Handling Platforms, enhancing automated liquid handling workflows in clinical diagnostics, molecular biology, and bioprocessing laboratories. This upgrade kit includes a fully functional 96-channel pipette head verified by Artel volume accuracy reports, mounting hardware, professional installation, and user training.

Key features include:

• 96-channel pipette head optimized for low-volume liquid handling in the 2–250 µL range
• Precise and accurate dispensing suitable for PCR/qPCR setup, enzyme assays, and low-volume reagent distribution
• Compatible with standard 96-well plate formats, ensuring uniform tip loading across channels
• Reduces reagent consumption and increases throughput in miniaturized assays and synthetic biology workflows
• Seamless integration with Agilent Bravo platforms equipped for interchangeable head configurations
• Supports complementary modules, such as thermal cyclers, magnetic bead purification, and plate sealing for streamlined molecular diagnostics and biomanufacturing pipelines

This upgrade is essential for laboratories aiming to enhance liquid handling precision and reproducibility in biotechnology and biomedical engineering applications. It plays a critical role in automating complex workflows in gene editing, molecular cloning, and fluorescence-based assays.

The package covers:

• Bravo 96LT Head with documented Artel volume verification
• Installation and on-site verification by trained technicians
• Comprehensive user training for operational proficiency
• Preventive maintenance and volume verification service included (1-year warranty applicable in US, EU, UK)

Additional customizable options are available to tailor the liquid handling system for specific assays, including various dispensing heads, shaking, cooling/heating positions, magnetic extraction, and vacuum integrations, supporting advanced bioprocessing and synthetic biology research needs.

This upgrade is widely adopted in biotechnology and pharmaceutical research environments due to its reliability, enhanced throughput, and compatibility with automated liquid handling consumables. Users benefit from pre-sales technical consultation, detailed product documentation, and responsive after-sales support, making it a critical component for precision liquid handling in molecular diagnostics and biomanufacturing workflows.