PinAAcle900 atomic absorption spectroscopy

NegotiableUpdate on 10/29

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Nature of the Manufacturer: Producers

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Overview

It has been widely used in industries such as industry, agriculture, food, materials science, life sciences, environmental protection, medicine and health, as well as in colleges, research institutes, and social enterprises and institutions.

Product Details

Atomic absorption spectrometer, also known as atomic absorption spectrophotometry, is commonly referred to as atomic absorption spectroscopy (AAS). Its basic principle is to emit a specific wavelength of incident light from a hollow cathode lamp or light source, which is absorbed by the ground state atomic vapor of the element being measured in the atomizer, and the unabsorbed part is transmitted through. By measuring the amount of light absorbed at a specific wavelength, the content of the element to be tested can be determined.

PinAAcle900 graphite furnace atomic absorption spectrophotometer: This instrument uses atomic absorption spectroscopy for quantitative analysis of various trace metal elements in environmental soil, agricultural products and other samples

The PinAAcle900 graphite furnace atomic absorption spectrophotometer can measure nearly 50 elements. The graphite furnace method has a small injection volume, high sensitivity, and can analyze some elements up to pg/mL.
PerkinElmer has a very long history of atomic absorption, with the 214AA atomic absorption model introduced in 1961 and the newly launched PinAAcle this year ™ Atomic absorption not only integrates innovative technologies from the past, but also greatly reduces the footprint of the instrument to meet customer needs and ensure performance. In addition, flame and graphite furnace are integrated on the same instrument.
PinAAcle ™ A series of atomic absorption spectrometers used to determine the concentration of inorganic elements in various types of samples. The product design is compact without compromising instrument performance in demanding applications.

PinAAcle ™ The series of atomic absorption (AA) spectrometers have taken the performance of AA instruments to a new level. This instrument applies a large number of eye-catching advanced technologies and can provide various configurations and functions to achieve the performance level you need:
Space saving stacking design with single flame, single graphite furnace or both
One instrument combines flame, graphite furnace, flow injection sampling, FIAS graphite furnace, and mercury/hydride functions
Can choose deuterium lamp or longitudinal Zeeman background correction
TubeView ™ The graphite furnace color camera simplifies the alignment of the injection needle and sample distribution of the automatic sampler
Proven WinLab32 ™ The software has the characteristics of simplicity, ease of use, and excellent flexibility
No matter which model you choose (900F, 900Z, 900H, 900T), you will find that this intuitive and efficient system can simplify the entire process from injection to obtaining results, and even the most complex matrix can satisfy you with its performance. Experience excellent performance and outstanding work efficiency. Get to know the PinAAcle series products from PerkinElmer.

Fiber optic technology:Fiber optic technology has been applied in other industries such as communication for many years, and PerkinElmer first used it in spectrometers. The PinAAcle series products use the most advanced fiber optic components to create a wider range of optical systems. The new optical path design not only ensures that the beam shape is exactly the same, but also makes the instrument structure more compact.

Stacked design:The compact size of the PinAAcle series products also stems from their unique stacked design, where the flame is placed on top of the graphite furnace and there is no movement of any mechanical components during switching, so there is not much need for software and hardware adjustments during operation.

Graphite furnace:The PinAAcle graphite furnace is equipped with a TubeView graphite tube color observation system, which can view the internal situation of the graphite tube and easily adjust the position of the graphite automatic injection needle in the graphite tube.

Whether you need flames or powerful graphite furnaces, you can use PinAAcleAA
Find the ideal solution that meets your needs.
Fiber optic technology has created a comprehensive optical system that improves sensitivity and achieves optimal detection limits. The newly designed optical path system not only ensures that the beam shape is exactly the same, but also makes the instrument smaller in volume than any flame/graphite furnace atomic absorption system on the market.
The compact size of PinAAcle comes from its unique stacked design. In the dual-mode flame/graphite furnace model, the metal titanium combustion head component is fixed above the graphite furnace, allowing for quick and convenient modification of analysis techniques.
Each instrument is equipped with a multifunctional 8-light holder, which is compatible with PerkinElmerLumina ™ Hollow cathode lamps (HCL) are compatible with patented electrodeless discharge lamps (EDL), which provide higher sensitivity and longer service life. The flexible 8-light bracket has the following functions:
Automatically install preheating.
Continuously monitor the usage of the lights to maintain stable performance and reliable results.
Benefits for clinical laboratories
Many measurement techniques have been widely applied in numerous CLIA laboratories and provide results.
The isothermal platform graphite furnace technology provides unparalleled sensitivity for clinical applications.
Vertical Zeeman effect background correction improves the accuracy of measuring complex clinical samples.
Flame analysis
The flame mode of PinAAcle features a truly real-time dual beam design, enabling fast start-up and excellent long-term stability without calibration. Deuterium lamp background correction ensures maximum sensitivity and accuracy over a wide wavelength range, and automatically adjusts the position of the combustion head (both vertically and horizontally) through the burner position adjustment guide. WinLab32 software also has an airflow optimization wizard for obtaining the highest sensitivity for measuring specific elements.
The application of the instrument has added the option of atomizer, and there are stainless steel or high sensitivity, corrosion-resistant models available for selection.
Graphite furnace analysis
To switch to graphite furnace mode on PinAAcle, simply remove the flame burner assembly. The instrument can be configured with deuterium lamps or longitudinal Zeeman effect background correction, allowing you to choose the most suitable background correction analysis technique for you. It also allows you to analyze various sample matrices from the simplest to the most complex on the same system without affecting performance or sensitivity.
PerkinElmer's patented longitudinal Zeeman effect design:
Horizontal heating of graphite tubes greatly reduces matrix effects.
Provide twice the light intensity compared to other Zeeman systems.
• Can achieve the best detection limit.