Cole-Parmer Spectrophotometer 7415 Nano offers accurate, fast, and reproducible measurement of sample volumes from 0.5 µl to 5 µl. It is ideal for nucleic acid and protein assays, eliminating the need for cuvettes or sample dilution by applying the sample directly to the measuring head. Single measurements are performed in less than 6.5 seconds, and the measuring optics are easily cleaned by wiping. The instrument features a customized Android-based interface for controlling measurement modes and retrieving results, along with Ethernet and USB interfaces for result transfer, updates, printer connection, and cloud networking.
Product Features
- Ideal for DNA, RNA, and protein determination
- Requires only 0.5 µl sample volume
- DNA concentration measurement up to 2 ng/µl
- 7" color touch screen with multilingual user interface
- 10 GB internal memory for methods and results
- 3 years warranty, including xenon lamp
- Stainless steel measuring head with quartz lens
- Fast, direct measurements without cuvettes or sample dilution
- Easy cleaning of measuring optics by wiping
Specifications
- Wavelength range: 198 … 1000 nm
- Wavelength accuracy: ±2 nm
- Spectral bandwidth: 5 nm
- Absorbance accuracy: ±0.01 at 1.0 A
- Transmittance range: 0 … 199.9 %
- Concentration range: 2 … 6000 ng/µl dsDNA
- DNA measurement modes: dsDNA, ssDNA, RNA, Oligonucleotides, 260/280, 260/230, variable ratio
- Protein measurement modes: BCA, Bradford, Lowry, Biuret, direct UV
- Light source: Xenon lamp
- Dimensions (W x D x H): 275 x 400 x 220 mm
- Weight: 7.7 kg
- Power supply: 100 … 240 V, 50 … 60 Hz
Benefits
- Rapid, precise measurements for DNA, RNA, and proteins
- Minimal sample volume requirement saves precious samples
- User-friendly Android interface and touch screen for easy operation
- Reliable and durable construction with xenon lamp and quartz lens
- Flexible data handling via Ethernet, USB, and cloud networking
Why Choose Cole-Parmer Spectrophotometer 7415 Nano?
This spectrophotometer ensures fast, accurate, and reproducible measurements in molecular biology and biochemistry laboratories, combining ease of use, minimal sample requirements, and robust design for reliable performance.
