NanoDrop ™ One/One^C Ultra micro UV spectrophotometer

Using Thermo Scientific ™ NanoDrop ™ One ultra micro UV visible spectrophotometer can avoid costly delays and enhance understanding of sample quality. Innovative Thermo Scientific ™ Acclaro ™ Sample intelligence technology has been integrated into every instrument to improve measurement accuracy and pollutant identification capabilities. You can achieve quantitative and qualitative analysis of DNA, RNA, and protein samples in just 1-2 μ L of sample within seconds before deciding whether to use the sample for downstream applications, while also obtaining full spectrum data. Compatible with colorimetric cup detection.

This ergonomic standalone spectrophotometer features high resolution and touchscreen interface design, taking you one step closer to your research goals. The powerful automatic adjustment of optical path technology helps to accurately measure concentrated samples without dilution.

NanoDrop One and One^CUV visible spectrophotometer, which can identify pollutants and accurately determine their concentrations.

NanoDrop One and One^CThe design of UV visible spectrophotometer can help life science researchers have a more comprehensive understanding of sample quality and avoid delays caused by troubleshooting or repeated experiments. Thermo Fisher's Acclaro sample intelligence technology can use embedded sensors to measure samples, perform digital image analysis, and provide timely quality feedback.

NanoDrop One and One^CThe UV visible spectrophotometer is equipped with a high-resolution touchscreen interface, making the instrument more compact, ergonomically designed, and easy to use. Its automatic range path length technology facilitates precise measurement of concentrated samples without dilution.

Acclaro Sample Intelligent Technology

• Acclaro technology can enhance users' understanding of sample quality while providing accurate quantitative measurements. Early identification of pollutants can avoid the failure of downstream applications, thereby saving time for troubleshooting.

• Verify sample results within seconds - identify sample contaminants and obtain corrected concentration results.

• Obtaining information through alerts - obtaining immediate feedback on sample quality by providing corresponding technical support and problem-solving guides.

• Relying on accurate results - using embedded sensors and digital image analysis technology to ensure measurement integrity.

  NanoDrop One^{C Characteristics:}

• 1. Simultaneously including a base and a colorimetric dish detection module to expand experimental flexibility and dynamic range.

  • Measure diluted samples, perform kinetic experiments, and obtain optical density measurements of bacterial cultures.

  • The colorimetric dish detection module includes temperature control and mixing area.

  • NanoDrop One/NanoDrop One^C Enhancements

  • Ergonomic independent design - integrated with Android ™ Tablets can achieve seamless data transmission through wireless networks, Ethernet, or USB without the need for a separate computer.

    • Automatic measurement and zeroing function - lowering the detection arm enables real-time measurement, simplifying the process of handling multiple samples. Simply touch the screen to activate or deactivate these functions.

    • Greater dynamic range - using automatic optical path adjustment technology, no need to dilute high concentration samples (dsDNA up to 27500 ug/μ L)

    • Integrated Learning Center - With just a fingertip swipe, you can browse archived technical support documents and instructional animations.

      NanoDrop One/NanoDrop One^C capacity

      • Wide spectral range (190-850 nm), suitable for measuring various sample types:

        • Peptide (205 nm)

        • DNA and RNA (260 nm)

        • Purified protein (280 nm)

        • Toxicological testing and industrial dyes (490 nm)

        • Jinnami particles (520 nm)

        • Colorimetric protein determination (BCA 562 nm, Bradford 595 nm, improved Lowry 650 nm, Pierce 660 660 nm)

        • Optical density measurement (600 nm)

      • Combining the sample retention system with colorimetric dish determination capability to achieve compatibility for low and high concentration samples (2.0-27500 ng/μ L dsDNA and 0.06-820 mg/mL BSA)

      • The base measurement only requires 0.5-2 μ L of sample, and even high concentration samples do not require dilution

      • Calculate the purity ratio of the sample (A260/A280 nm and A260/A230 nm)

      • Pre configured methods have been established for DNA, protein A280, microarray, protein and label (label can be changed to label), Pierce 660, Bradford, BCA, and Lowry

      • User friendly software that includes custom methods and data export functionality

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