Agilent AA standards and supplies are manufactured to stringent specifications and rigorously tested to ensure that they can help your analysts to optimize performance. Our AA supplies are designed to maintain the high performance that today’s applications demand. Agilent also offers supplies for graphite furnaces, an extensive range of single-element and multi-element solid and hollow cathode lamps, and high intensity UltrAA lamps for superior, cost-effective performance.

The 708-DS Dissolution Apparatus is designed for reproducibility and ease of qualification, and is the ideal platform for standardizing dissolution testing. The rugged, yet versatile, instrument minimizes external variable influences and conforms to the USP Performance Verification Test (PVT) and enhanced Mechanical Qualification (MQ) standard recommended by the ASTM and FDA. The 708-DS can be configured for use with baskets (Apparatus 1), paddles (Apparatus 2), paddle over disk assemblies (Apparatus 5) and rotating cylinders (Apparatus 6), and can accommodate vessel sizes from 100 mL to 2L.

Productive, Precise and Reliable Atomic Absorption Systems

Agilent leads the industry with innovative atomic absorption (AA) instruments. The entry-level SpectrAA 55B is ideal for labs in remote locations, while the 240FS and 280FS AA systems achieve the productivity of sequential ICP with Agilent’s Fast Sequential technology. The 240Z and 280Z AA systems provide superior performance and accurate background correction with transverse Zeeman technology. Our AA Duo systems feature unique simultaneous operation of both the flame and graphite furnace.

Capillary Electrophoresis (CE) offers fast separations with exceptional efficiency and resolution for analytical challenges that often can only be met with difficulty by LC. Used in standalone mode, as the separations component of a CE/MS, or as a complementary, orthogonal technology to LC, the new Agilent 7100 CE system brings unprecedented HPLC-like sensitivity to a wide range of analytical challenges. In addition, CE offers the advantage that several separation modes can be run on a single instrument. This makes CE a very versatile technique for a broad range of applications and separation challenges.