Microvolume Spectrophotometer NMVS-201 offers a sample volume range of 0.5 to 2 µL, making it perfect for handling small samples. It comes with a CMOS array detector for high accuracy and sensitivity. This unit features a wavelength range from 180 to 910 nm, covering a broad spectrum. It provides a fast measurement time of under 6 seconds, delivering efficient results. Our spectrophotometer is constructed from durable stainless steel for long-lasting reliability.
FAQ for Microvolume Spectrophotometer NMVS-201
1: Can I export the data from the Microvolume Spectrophotometer NMVS-201?
Yes, the Microvolume Spectrophotometer comes with USB data export functionality, making it easy to transfer measurement data to external devices. This feature ensures seamless integration into your workflow for further analysis and documentation.
2: Is the Microvolume Spectrophotometer easy to maintain?
Yes, the Microvolume Spectrophotometer requires minimal maintenance due to its robust construction and user-friendly design. It is built with durable stainless steel, which ensures longevity and reliability with proper care.
3: Can I measure very small absorbance changes with the Microvolume Spectrophotometer NMVS-201?
Yes, the Microvolume Spectrophotometer features an absorbance precision of 0.002 Abs, which means it can detect even the smallest changes in absorbance. This is particularly useful for experiments requiring high sensitivity.
4: Does the Microvolume Spectrophotometer NMVS-201 require specialized training to operate?
No, the Microvolume Spectrophotometer is designed to be user-friendly and intuitive. Most users can quickly learn how to operate the device, and its straightforward interface minimizes the need for extensive training.
5: How durable is the Microvolume Spectrophotometer for daily use?
The Microvolume Spectrophotometer is constructed from stainless steel, providing exceptional durability for daily use in busy laboratory settings. Its robust design ensures that it can withstand the wear and tear of frequent handling while maintaining high performance.
