Label and Sign Makers
Kessil A Dicon Brand PR300-456 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-456 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-525 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-525 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-440 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-440 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-390 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-390 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-467 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-467 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-427 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-427 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-370 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
Kessil PR300-370 nm UVA LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within ±1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-640 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
This item has a minimum order quantity of 2 per supplier requirements.
Kessil PR300-640 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within 1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-660 PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
This item has a minimum order quantity of 2 per supplier requirements.
Kessil PR300-660 nm LED PhotoReaction Ligh is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within 1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-740-C PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
This item has a minimum order quantity of 2 per supplier requirements.
Kessil PR300-740 nm Customized LED PhotoReaction Light is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within 1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.
Kessil A Dicon Brand PR300-595-C PhotoReaction Light, High-Intensity LED Light for Parallel Screening and Scalable Synthesis
This item has a minimum order quantity of 2 per supplier requirements.
Kessil PR300-595 nm Customized LED PhotoReaction Light is a high-performance LED lamp designed to accelerate discovery through high-throughput parallel screening and seamless experiment scale-up all in one system. This model provides at least 3X higher intensity and 15X higher throughput than our popular PR160L while uniformly irradiating up to 16 x 8mL or 10 x 20-40mL vials at the same time. It offers peak wavelength precision within 1nm and optical output consistency within 3%, ensuring superior reliability and reproducibility for publication-quality records. Researchers can execute, store, and edit complex programs directly on the fixture or through dedicated PC software. Multiple units can be synchronized to maximize photon flux for large-scale photochemical synthesis with batch or flow reactions.