SCHOTT Lightline Dual 2.0" x .035" Fiber Optic Illuminator A08583 for Microscopy & Inspection

The SCHOTT Lightline Dual 2.0" x .035" (A08583) is a precision fiber optic illumination accessory designed for advanced microscopy and inspection applications. This fiber optic light source serves as an alternative to traditional fiber optic bundles, providing enhanced uniformity and accuracy essential for high-resolution imaging and surface inspection tasks in biotechnology, clinical diagnostics, and biomedical engineering environments.

Key technical features include:

• Calibrated light output using a DDL-bulb to achieve a defined grayscale level range at a mean of 200 with a gamma of 1.0, ensuring consistent luminance and optimized uniformity critical for precise fluorescence analysis and live-cell imaging setups.
• High-precision assembly, with fiber positioning tolerance within ±0.004” (0.1 mm) across three planes, guaranteeing the fiber axis aligns parallel to the mounting surface—important for reproducible light delivery in molecular diagnostics and synthetic biology workflows.
• Durable construction featuring a rugged aluminum body and ferrule finished in black anodization with PVC-covered metal tubing, providing reliable protection and longevity in biomanufacturing laboratory conditions.
• Customizable configurations, including varying lengths, bundle exits, and multi-line designs (dual, quad), as well as optional cylindrical and apertured lenses tailored to specific illumination profiles. This versatility supports diverse applications such as gene editing quality control and bioprocessing instrumentation.
• Compatible with a broad range of microscopy and inspection systems, making this illuminator a versatile component widely adopted in neuroimaging, cell imaging, and molecular biology research requiring stable, uniform illumination.

Overall, the SCHOTT Lightline Dual A08583 fiber optic illuminator is engineered to deliver precise, stable light crucial for high-accuracy inspection tasks and fluorescence-based assays in biotechnology and clinical research laboratories. Its design and technical specifications make it an integral tool for workflows involving live-cell imaging, molecular cloning, and biopharmaceutical production pipeline quality assurance.