In reviewing the literature, we find GC-ICP-MS has been around well over thirty years. The sophistication of that interfacing has evolved significantly both in hardware and software.

The latest informatics innovations, like new peak optimization tools and streamlined processes for cloud deployments, can help increase efficiencies in your workflows.

This webinar will describe how the next generation of automation technology can be leveraged to optimize scientific workflows and enable scientists to focus on the science.

Energy-Dispersive X-Ray Fluorescence (EDXRF) spectroscopy as an alternative technique for elemental analysis of pharmaceuticals.

The objective of this webcast is to highlight ways to ensure that your investments in laboratory informatics applications are sound and long-lasting.

Details on how to approach detection and measurement of degraded particles.

Examples of materials made of biodegradable and recycled plastics, along with technical details on their identification and differentiation.

The hyphenated technique of GC-ICP-MS has always been a powerful analytical tool due to its attributes of sensitivity and specificity.

Drawing from the lessons learned, the Agilent 5800 and 5900 Smart ICP-OES systems are designed to support and grow with the lab of the future.

This webinar will discuss accuracy and precision and how to ensure both.