Integra ViaFlo 96-Channel Electronic Liquid Handling Pipettor System

The Integra ViaFlo 96 Liquid Electronic Pipetting System is a high-throughput automated liquid handling instrument designed for precise and reproducible transfer of liquids in 96-well plate formats, essential for molecular diagnostics, genomics research, and biopharmaceutical production pipelines.

• Features a 96-channel pipetting head capable of dispensing volumes up to 125 µL simultaneously across an entire 96-well plate, enabling rapid plate replication, ELISA setups, PCR preparation, and drug discovery assays.
• Supports shallow and deep-well 96-well plates with a three-position plate holder, optimizing flexibility for diverse biotechnological applications such as synthetic biology and cell culture workflows.
• Offers adjustable pipetting speed with 10 distinct steps to ensure gentle handling of sensitive biological samples, minimizing sample shear and cross-contamination risks.
• Robust electronic design with user-friendly interface, including manual and automated pipetting modes, scroll wheel controls, and a touch-responsive handle for precise X and Z axis positioning.
• The system dimensions are 42 x 30 x 54 cm (WxDxH), weighing 25.7 kg, suitable for benchtop use in clinical diagnostics, live-cell imaging preparations, and other biomedical engineering applications.
• Operates reliably on power supply range 100-240 VAC, 50/60 Hz, accommodating global lab environments.
• Extensive testing protocols ensure uniform volume accuracy and stable aspiration/dispensing performance across all 96 channels, vital for maintaining assay reproducibility in bioprocessing and molecular cloning workflows.
• Compatible with a wide range of reagents and consumables; tips are not included but are available from the manufacturer to maintain aseptic conditions.
• Includes remote instrument setup, operator training, and ongoing technical support backed by a warranty, making it popular among molecular biology researchers requiring dependable liquid handling solutions.

This device is widely adopted for its combination of speed, precision, and versatility in high-throughput biotechnology workflows, making it a critical tool in synthetic biology research, gene editing experiments, and biomanufacturing processes.