Introduction to Agilent UV Visible Spectrophotometer Cary 50
The Agilent Cary50 UV visible spectrophotometer is an affordable analytical instrument that can perform remote fiber optic UV visible measurements without compromising analytical quality. Using a powerful pulsed xenon lamp and focused beam, this instrument can measure samples up to 3Abs. It can perform full wavelength (190-1100nm) scanning in just 3 seconds.

Agilent UV Visible Spectrophotometer Cary 50 Detailed Introduction
The Agilent Cary50 UV visible spectrophotometer is an affordable analytical instrument that can perform remote fiber optic UV visible measurements without compromising analytical quality. Using a powerful pulsed xenon lamp and focused beam, this instrument can measure samples up to 3Abs. It can perform full wavelength (190-1100nm) scanning in just 3 seconds. Spectrophotometers provide accessories for testing various liquid and solid samples. The application and importance of remote sampling for quality assurance/quality control in life sciences and chemistry. The Cary 50 UV visible spectrophotometer is a reliable and low-cost spectrophotometer.

Agilent UV Visible Spectrophotometer Cary 50 Instrument Features
1. Wavelength range of 190 to 1100 nm - measure samples with up to 3 absorbance units without dilution.
2. Remote sensing - flashing xenon lamp and focused beam are ideal choices for fiber optic measurement.
3. WinUV software - modular software provides flexible analysis functions with a simple and easy-to-use interface.
4. Multi functional accessories enable multiple applications, including testing of liquids, solids, and remote samples.
5. Quick Scan - Measure the entire wavelength range in less than 3 seconds, collecting 80 data points per second.
6. Flashing Xenon Lamp - The powerful microsecond beam bulb can flash 3 x 109 times.
7. Excellent noise resistance - the strong light beam is split into two beams for synchronous reference correction.
8. Open sample room - the ultra strong beam is not affected by indoor light interference.