ICP Spectrometers | Prodigy 7
ICP Spectrometers | Prodigy 7
Prodigy7 brings together the latest in solid-state detector technology and Leeman Labs’ advanced high dispersion Echelle spectrometer to provide the most powerful ICP Spectrometer available today.
Not only does Prodigy7 provide superb resolution, stability and detection limits for reliable results, it also provides a wide variety of optional features that are guaranteed to enhance the capabilities of your inorganic analysis lab. Prodigy7 delivers reliable performance at an affordable price and smaller footprint than most other ICPs on the market today.
Optics The heart of any spectrometer is its optical system. Prodigy7 offers a temperature controlled aluminum optical enclosure for unmatched stability. To enhance stability further, Prodigy7 treats the plasma source as an optical component mounting it directly to the spectrometer, not the instrument chassis.
Twist-n-Lock, Auto-Aligning Sample Introduction System
The Prodigy7’s thoroughly re-engineered sample system allows the operator to obtain consistent, high-quality results. The Twist-n-Lock allows adjustment of the sample system even while the plasma is running. The torch mount simply twists and locks into place, making leak-proof gas connections automatically, and returning the torch precisely to its optimum position.
High Energy, High Performance Optical System
A redesigned High-Energy, High-Resolution Optical System to complement its advanced CMOS Detector. The small internal volume reduces on purge gas consumption (1 L/min), while still providing the widest wavelength range of any ICP system available. With a focal length of 500 mm it affords exceptional flexibility in wavelength selection. Additionally, the wavelength range can be extended to 135 nm with the halogen option. Because the entire Optical System is maintained at a constant temperature, its alignment has exceptional, long-term stability
State of the Art CMOS Detector
Cutting edge solid-state detector is designed specifically for ICP-OES, and exclusive only to the Prodigy7 ICP. The largest in the industry (28 mm2) and containing 3.38 million pixels, the CMOS Detector is capable of capturing the entire ICP spectrum in a single exposure, at a speed 10x faster than older, less advanced devices. All of which means greater linearity, and the ability to determine the concentration of any element within a single full-frame acquisition. The CMOS Detector’s unparalleled capabilities make it the new standard for ICP-OES. The challenge creating any ICP method is choosing the proper wavelengths. Now with the combination of Prodigy7’s broad wavelength range and powerful CMOS camera with Full Spectral Access, wavelengths can be selected quickly without any time consuming “trial and error.”
To contact Laboratory Analysers Australia about ICP Spectrometers | Prodigy 7 use Get a quote.
Not only does Prodigy7 provide superb resolution, stability and detection limits for reliable results, it also provides a wide variety of optional features that are guaranteed to enhance the capabilities of your inorganic analysis lab. Prodigy7 delivers reliable performance at an affordable price and smaller footprint than most other ICPs on the market today.
Optics The heart of any spectrometer is its optical system. Prodigy7 offers a temperature controlled aluminum optical enclosure for unmatched stability. To enhance stability further, Prodigy7 treats the plasma source as an optical component mounting it directly to the spectrometer, not the instrument chassis.
Twist-n-Lock, Auto-Aligning Sample Introduction System
The Prodigy7’s thoroughly re-engineered sample system allows the operator to obtain consistent, high-quality results. The Twist-n-Lock allows adjustment of the sample system even while the plasma is running. The torch mount simply twists and locks into place, making leak-proof gas connections automatically, and returning the torch precisely to its optimum position.
High Energy, High Performance Optical System
A redesigned High-Energy, High-Resolution Optical System to complement its advanced CMOS Detector. The small internal volume reduces on purge gas consumption (1 L/min), while still providing the widest wavelength range of any ICP system available. With a focal length of 500 mm it affords exceptional flexibility in wavelength selection. Additionally, the wavelength range can be extended to 135 nm with the halogen option. Because the entire Optical System is maintained at a constant temperature, its alignment has exceptional, long-term stability
State of the Art CMOS Detector
Cutting edge solid-state detector is designed specifically for ICP-OES, and exclusive only to the Prodigy7 ICP. The largest in the industry (28 mm2) and containing 3.38 million pixels, the CMOS Detector is capable of capturing the entire ICP spectrum in a single exposure, at a speed 10x faster than older, less advanced devices. All of which means greater linearity, and the ability to determine the concentration of any element within a single full-frame acquisition. The CMOS Detector’s unparalleled capabilities make it the new standard for ICP-OES. The challenge creating any ICP method is choosing the proper wavelengths. Now with the combination of Prodigy7’s broad wavelength range and powerful CMOS camera with Full Spectral Access, wavelengths can be selected quickly without any time consuming “trial and error.”
To contact Laboratory Analysers Australia about ICP Spectrometers | Prodigy 7 use Get a quote.
The Prodigy 7 is an ICP optical emission spectrometer used to analyse inorganic samples. Its CMOS detector captures the full ICP spectrum in one exposure, allowing the concentration of any element to be determined from a single full-frame acquisition. Inorganic analysis laboratories can choose wavelengths across its broad range without time-consuming trial and error when developing methods.
- CMOS detector contains 3.38 million pixels across 28 mm²
- Temperature-controlled aluminum optical enclosure supports long-term alignment stability
- Twist-n-Lock mount adjusts during plasma operation and forms leak-proof gas connections
- Purge gas consumption is 1 L/min
- Halogen option extends the wavelength range to 135 nm
Source: listing by Laboratory Analysers Australia on IndustrySearch · Updated 2 Nov 2026
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Written by AI from the listing by Laboratory Analysers Australia on IndustrySearch. It is meant to use only what that listing says, but it can still get details wrong, so check them with the supplier before you buy.
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