Lumencor products

The CELESTA Light Engine from Lumencor is a sophisticated illumination platform designed to meet the demanding needs of modern imaging applications. It integrates arrays of 4 to 7 individually addressable solid-state lasers, providing unmatched brightness and beam shaping capabilities for uniform illumination. Tailored for advanced imaging applications, the CELESTA Light Engine performs seamlessly in systems such as CrestOptics spinning disk systems and spatially resolved transcriptomic platforms. It excels in delivering controlled, consistent illumination for high-content, high-throughput imaging by facilitating multiplexing of up to five probes without compromising resolution. This Light Engine is particularly useful for imaging challenging specimens with overlapping emission and excitation channels. Its application spans life sciences, clinical sciences, advanced materials, and semiconductor processes, making it a versatile solution for researchers and clinicians seeking precision, speed, and uniformity in their imaging tasks.

The ZIVA Light Engine is an advanced illumination solution specifically designed for use with the Yokogawa CSU confocal imaging system. It integrates four to seven individually addressable solid-state lasers coupled with sophisticated controls and monitoring systems. This configuration enables precise performance required for structured illumination microscopy (SIM), stochastic optical reconstruction microscopy (STORM), and other forms of super-resolution microscopy. Its advanced design ensures high stability, linearity, and intensity, key attributes for demanding applications including MERFISH, PALM, and PAINT techniques. This light engine aids in delivering exceptional imaging quality by utilizing advanced modulation capabilities and a precise control interface. Its robustness and adaptability make it an ideal choice for complex imaging setups in scientific research and industrial applications.

The CORE is an illumination and detection module for automated spatially-resolved multicolor fluorescence excitation and detection. The design and engineering approach embodied in the CORE streamlines development time and cost for new instruments, improves instrument performance and delivers cost savings to both end users and high-volume manufacturers.