INOVIA™ InoPurauto-96 Nucleic Acid Extraction System

INOVIA™ InoPurauto-96 Nucleic Acid Extraction System

InoPurauto Series are an automated system used to separate DNA, RNA, protein and cells from various samples such as blood, cells and tissue. Automated InoPurauto Purification robots enable high-speed, high-quality processing without cross-contamination between samples orreagent transfer.

Features

•  InoPurauto-96 can process 96x1ml samples, InoPurauto-24 can process 24x10ml samples at the same time.
• Open and multi-function design provides more methods for reactive optimization and also reliable selection.
• From the easy to use touch screen interface, parameters can be adjusted according to experimental requirements.
• The right temperature control system provides a stable purification process.
• The system creates a stylish appearance in your space with its central rotary table and patented structure design, thus saving space.
• Patent design that guarantees robustness and responsibility for the automatic loading and unloading of magnetic rod end combs. (Success rate >99.99%)

Simple and Smart Operation

• Very convenient openable front door for monitoring reagent optimization and experimental situation allows you to stop the operation in any situation.
• Intelligent system equipped with device closing protection and starting with auto-control at boot.
• 8 different plate identification designs that guarantee their position even when external forces are present.
• Automatic missing kit detection sensor.
• Special reagent identification feature with QR code definition without setting programs or protocols.

Pollution Prevention Measures

• The dripping shield plate and the way the beads are dried are controlled by the software to avoid reagent splashing.
• Disposable consumables that prevent cross-contamination.

Compatible with Automatic Systems (Optional)

• InoPurauto-96/24, mechanical arm, liquid processing system, etc., which meet the high-flow test demand It can be used with automatic equipment such as.