Prodigy7 ICP without compromise

Teledyne Leeman Labs has taken a radically different approach with the Prodigy7. Through years of effort, our team of highly specialized engineers and application chemists have produced an ICP-OES instrument in which superior analytical performance does not have to be traded off for any reason including price. And while the Prodigy7 offers all of the advanced capabilities some laboratories require none of them have to be purchased upfront if not needed. They can be easily added later if needs change.

ICP without compromise.


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 provides a resolution of 0.007 nm @ 200 nm, and 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.”




High Resolution Echelle Optical System

Provides complete wavelength coverage from 135 to 1100 nm (with Halogen Detector option) with the resolution required to minimize interferences. Temperature controlled to provide long-term stability. Its small volume reduces purge gas (Nitrogen or Argon) consumption.


Advanced CMOS Detector

A true simultaneous, high-speed device. Full Spectral Access (FSA) captures the entire spectrum in a single reading, at high resolution, using 3.38 million pixels. FSA makes the identification of any element present possible within a single analysis, saving time and eliminating duplicate analyses.


40.68 MHz Free-Running Power Supply

Aqueous, high-solids and organic samples are easily analyzed with a powerful, field-proven design.



No special venting required. No more than 100 ft3/min (or 2.8 m3) is needed regardless of plasma configuration.


Radial, Axial or Dual View

The “right” view for any sample type or elemental concentration. Choose the view that best suits your needs.


Twist-n-Lock, Auto-Aligning Sample Introduction System

Simplifies day-to-day operation and allows all operators, regardless of skill level, to consistently obtain the highest quality results. Configurable with novel demountable “hybrid” torches for significantly reduced argon consumption compared to conventional systems.



Image Stabilized Plasma

Directly coupling the torch to the Optical System means extended stability, faster system startup and improved productivity.


4-Channel Peristaltic Pump

Provides the flexibility required for Hydride Generation and on-line addition of internal standards.






The Prodigy7 is the synthesis of advanced technology and user simplicity. The summation of years of refinement, the Prodigy7 has distinct advantages over other ICPs:

• Large format, advanced CMOS Array Detector for true simultaneous measurement

• Full wavelength coverage from 135 nm - 1100 nm (with Halogen Detector option)

• 500 mm, Low Stray Light Optics (0.007 nm resolution @200 nm)

Full Spectral Access (FSA) captures the entire wavelength spectrum in a single reading

• Available in Axial, Radial, and Dual-View configurations

Twist-n-Lock, Auto-Aligning Sample Introduction System

• Compact benchtop design

• Designed for fast system startup and reduced gas consumption





Optical Design          High Energy Echelle Polychromator          

Detector Type           CMOS

Focal Length             500 mm                                     

Size                           28 mm x 28 mm

Dispersion                 0.1 mm/nm @ 200 nm                

Number of Pixels      3.38 million (1840 x 1840)

Optical Resolution    0.007 nm @ 200 nm                   

Pixel Size                  15 μm

Pixel Resolution        0.0015 nm@ 200 nm                  

Active Area               100%

Measurement Mode   Simultaneous

Wavelength Range    165 - 1100 nm Standard             

                                   135 - 1100 nm Halogen

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