HPLC Lamps

Agilent single element lamps for PerkinElmer AA instruments are designed and built to be equivalent to genuine PerkinElmer Lumina lamps. They are manufactured from the purest cathode materials for improved productivity, economical operation, and superb performance. Agilent lamps for PerkinElmer AA...

Agilent single element lamps for PerkinElmer AA instruments are designed and built to be equivalent to genuine PerkinElmer Lumina lamps. They are manufactured from the purest cathode materials for improved productivity, economical operation, and superb performance. Agilent lamps for PerkinElmer AA...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent single element lamps for PerkinElmer AA instruments are designed and built to be equivalent to genuine PerkinElmer Lumina lamps. They are manufactured from the purest cathode materials for improved productivity, economical operation, and superb performance. Agilent lamps for PerkinElmer AA...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent single element lamps for PerkinElmer AA instruments are designed and built to be equivalent to genuine PerkinElmer Lumina lamps. They are manufactured from the purest cathode materials for improved productivity, economical operation, and superb performance. Agilent lamps for PerkinElmer AA...

Agilent single element lamps for PerkinElmer AA instruments are designed and built to be equivalent to genuine PerkinElmer Lumina lamps. They are manufactured from the purest cathode materials for improved productivity, economical operation, and superb performance. Agilent lamps for PerkinElmer AA...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...

Agilent Technologies products are intended for sale/shipment within the US only. International customers should contact their local Agilent Technologies distributor to place orders for Agilent Technologies products.

Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All...