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Agilent Technologies introduces new range of GC and Spectrophotometer systems

The company's two new gas chromatography systems and a Cary 3500 UV-Vis Spectrophotometer system is set to create revolution in the Indian analytical instrument market

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Agilent Technologies has introduced two new gas chromatography systems and Cary 3500 UV-Vis Spectrophotometer system for the Indian market.

Elucidating about the products, Bharat Bhardwaj, India Country Manager, Agilent India, said, “We are excited with the launch of these products for the Indian market. The new GC systems come with path-breaking intelligence to simplify GC operations. While the Agilent Cary 3500 UV-Vis system is a faster, more robust system with a lower cost of ownership. Both of these products will help improve lab efficiency significantly.”

He also added that the new GC systems have been designed with a clear strategy for providing customers with continual expansion of system intelligence functions. These new functions are also available for Agilent’s existing GC systems.

“Automated diagnostics and troubleshooting routines will allow operators to attend to more high-value activities such as reviewing data and attending to new customer needs, helping them to grow their enterprises,” he added.

Talking about the new Cary 3500 UV-Vis Spectrophotometer system, Prasenjit Kar, Business Manager, Spectroscopy division, said, “ Agilent’s spectroscopy unit has created a faster, more robust system that comes with a lower cost of ownership. The Cary 3500 represents the first significant advancement in UV-Vis architecture in decades. The new system enables laboratories to make substantial gains in efficiency as it can run multiple experiments simultaneously, allowing labs to obtain more results in the same amount of time—and it also extends the opportunity to design experiments in ways that have not been possible before.”

He also added that the product harnesses the power of a state-of-the-art software platform and it has rapid, accurate, temperature-control permits temperature experiments at ramp rates previously thought to be unattainable, providing more reliable and robust measurements.

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