Atomic Absorption Spectrometers to Address Metals Testing Challenges

Analytical instrumentation

Atomic Absorption Spectrometers to Address Metals Testing Challenges

09 Jul, 2011

Published over 14 years ago. See the latest and most current information on Analytical instrumentation.

PerkinElmer (USA)  announces the launch of its PinAAcle™ series atomic absorption spectrometers for determining the concentration of inorganic elements in a wide variety of sample types. As global regulations in the environmental, food and consumer products segments continue to increase in number, the demand for atomic absorption spectrometers continues to drive the need for more compact, high performance flame and graphite furnace systems.

The PinAAcle series is a compact platform based on an innovative optical system that utilises state-of-the-art fiber optics. The PinAAcle series’ configuration allows for compact design without compromising instrument performance in demanding applications that; meet global environmental regulations for drinking water, are suitable for clinical use in customer-validated applications such as screening for lead, and meet increasingly challenging requirements of food safety and nutritional labelling

“PerkinElmer has a long history of innovation in atomic absorption, and a large installed base of atomic absorption instrumentation worldwide. Today, we’re taking atomic absorption performance to new levels,” said Dusty Tenney, president, Analytical Science and Laboratory Services, PerkinElmer. “Our PinAAcle series, with the proven longitudinal Zeeman furnace and cutting-edge optical design, helps researchers meet or exceed regulatory requirements and delivers improved accuracy for challenging matrices, making it essential for laboratories across the globe.”

The PinAAcle AA series performance is enhanced when used with the PerkinElmer Lumina™ hollow cathode lamps and patented graphite tubes. The complete portfolio of specialised accessories, supplies and consumables deliver reliable performance, help reduce operating costs and maximise instrument uptime.

PIN 27.2 Apr/May 2026

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