The InnuPure C16 touch combines high-precision liquid handling and the automated extraction of high-quality nucleic acids. The device sets new standards in terms of safety and user-friendliness.
One Instrument, Two Technologies, Full Flexibility
Whether magnetic particle separation or novel SmartExtraction technology – the InnnuPure C16 touch significantly increases efficiency in nucleic acid extraction. Whatever your extraction method, the InnuPure C16 touch not only delivers higher yields and highly reproducible results but also helps you find the ideal combination of kit, protocol, and parameters.
- Highly flexible DNA and RNA extraction
- Two reliable functions: magnetic particle separation and SmartExtraction
- Based on high pricision pipetting
- Stand-alone system with integrated tablet
- Adapts to your requirements
A Classic Reinvents Itself
InnuPure C16 touch combines highly precise liquid handling with automated extraction of high-quality nucleic acids. This instrument raises the bar when it comes to reliability and user-friendliness. The well-established walk-away principle ensures that the entire process is fully automated once the initial manual loading step is complete. This feature consistently eliminates potential risks: ready-to-use reagent strips and/or plates make pipetting errors a thing of the past, while 1 mL pipette tips with aerosol filters effectively prevent contamination of the dispensing unit and samples. The (optional) UV lamp rules out additional contamination risks.
The integrated 10” tablet in combination with IPextract make the InnuPure C16 touch convenient to operate. The system gives users fast, direct access along with a flexible selection of different settings. The optional barcode reader can be used for importing relevant information directly from the kit’s label.
The InnuPure C16 touch with optimized chemistry is a system for flexible, efficient nucleic acid extraction. Based on the two available extraction technologies customers can prepare an extremely wide variety of starting materials thanks to the system’s large number of ready-to-use kits.