Introducing the pE-100 Series, a revolutionary advancement in LED illumination systems designed for fluorescence screening. This mercury-free family of compact and user-friendly devices offers a single LED excitation wavelength, making it an ideal choice for applications that demand precision and reliability. With 20 different LED wavelengths available, ranging from the near-UV at 365 nm to the near-IR at 770 nm, the pE-100 Series ensures versatility and adaptability for various scientific and research needs.

The pE-100 Series is engineered with simplicity and efficiency in mind, providing three standard configuration options to cater to diverse requirements. The Direct-fit configuration allows seamless integration with a wide range of microscopes, both current and older models, through a selection of adaptable microscope connectors. This ensures optimal alignment with the optical path of your microscope, enhancing the overall performance of your fluorescence experiments.

For those requiring a more flexible setup, the Liquid Light Guide configuration offers a fixed 3 mm diameter liquid light guide, providing consistent and reliable illumination. Alternatively, the Fibre configuration is equipped with an SMA connection, designed for efficient coupling with a variety of multimode fibres. This option also includes excitation filter holders, allowing for precise control over the illumination process.

For applications that necessitate dual LED wavelengths, the Combination Configuration is available. This setup allows for the integration of two pE-100 units using the pE-Combiner, enabling independent control and triggering of each wavelength. This flexibility ensures that the pE-100 Series can meet the demands of even the most complex fluorescence screening tasks.

With a commitment to quality and innovation, the pE-100 Series is backed by a 36-month warranty on both the system and LEDs, providing peace of mind and assurance of long-term performance. Compact and lightweight, the pE-100 Series is designed to fit seamlessly into any laboratory environment, making it a valuable addition to your research toolkit.