High-Precision UV Spectrophotometer for Optical Density Measurement & Analysis

Did you know 73% of researchers report inconsistent OD measurements with outdated spectrophotometers? Imagine losing weeks of work because your device can't detect subtle nucleic acid concentration changes. Your breakthrough deserves better.

(optical density uv spectrophotometer)

Technical Edge: Precision Meets Speed

Our optical density UV spectrophotometer delivers 0.1% measurement accuracy - 5X better than industry average. The dual-beam system eliminates ambient light interference, while 2-second wavelength scanning saves you hours weekly.

Head-to-Head: Why We Outperform Competitors

While Brand X charges $12K for basic OD measurement, our smart spectrophotometer includes:

• ✅ Automated pathlength correction
• ✅ 21 CFR Part 11 compliance
• ✅ Lifetime calibration support

Tailored Solutions for Your Workflow

Need microvolume analysis? Our patented NanoCell™ technology requires just 0.5μL samples. Running high-throughput screens? The 96-well autosampler processes 400 samples/hour.

Proven Results Across Industries

Biotech leader GenoSciences increased plasmid yield consistency from 78% to 99% using our OD-UV systems. Environmental labs now detect heavy metals at 0.1ppb - meeting EPA's strictest standards.

Join 1,200+ labs who've transformed their optical density measurements. Schedule your live demo and see 0.02 AU sensitivity in action - because your research shouldn't settle for "good enough".

(optical density uv spectrophotometer)

FAQS on optical density uv spectrophotometer

Q: What is optical density (OD) in a UV spectrophotometer?

A: Optical density (OD) in a UV spectrophotometer measures the absorbance of ultraviolet light by a sample, indicating the concentration of substances like DNA, proteins, or bacterial cultures. It quantifies how much light is blocked as it passes through the sample. This value is logarithmic and unitless, often reported as absorbance (AU).

Q: How does a spectrophotometer measure optical density?

A: A spectrophotometer measures optical density by passing UV or visible light through a sample and detecting the transmitted light. The difference between incident and transmitted light correlates with the sample's absorbance. This data is converted into an OD value using the Beer-Lambert law.

Q: Why is UV light used in optical density spectrophotometers?

A: UV light is used in optical density spectrophotometers because many biological molecules (e.g., nucleic acids, proteins) absorb strongly in the UV range (260-280 nm). This allows precise quantification of these compounds. UV measurements are especially critical for applications like DNA purity assessments.

Q: What is the difference between optical density and absorbance in spectrophotometry?

A: Optical density (OD) and absorbance are often used interchangeably in spectrophotometry, both representing light absorbed by a sample. However, OD may include scattered light effects, while absorbance strictly follows the Beer-Lambert law. In practice, both terms refer to the logarithmic attenuation of light.

Q: How to calibrate an optical density UV spectrophotometer?

A: Calibrate a UV spectrophotometer by zeroing it with a blank solution (e.g., solvent or buffer) to establish a baseline. Verify accuracy using standards with known OD values, such as absorbance calibration filters. Regular maintenance, like lamp replacement and cuvette cleaning, ensures consistent results.