Highlights The Metaphase Technologies MB-OLL1207 oblique and wrinkle line light is designed with unique angled LEDs to project light at a 20-degree angle. The angled light makes the Metaphase Technologies MB-OLL1207 great for creating a dark field/off-axis effect for line scan and area scan applications or for wrinkle detection. Using high output LED technology, the … Continued
Highlights The Metaphase Technologies MB-OLL806 oblique and wrinkle line light is designed with unique angled LEDs to project light at a 20-degree angle. The angled light makes the Metaphase Technologies MB-OLL806 great for creating a dark field/off-axis effect for line scan and area scan applications or for wrinkle detection. Using high output LED technology, the … Continued
Highlights The Metaphase Technologies MB-DALL80 Diffused Axial Line Light uses beam-splitter technology to radiate homogenous, coaxial illumination in line with the camera aperture. Diffused coaxial lighting eliminates dark spots or shadows inherent in other forms of illumination. Equipped with multiple tapped holes for mounting, the MB-DALL can be easily integrated into existing vision systems. An … Continued
Highlights The Metaphase Technologies ISO-49 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-49. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-42 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-42. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-40 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-40. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-38 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-38. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-16 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-16. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-15 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-15. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-10 Linear Illuminator has the most efficient and economical LED replacement technology available for the fluorescent tube. The Metaphase Exolight series is best applied where a highly intense, yet widely diffused light beam is required. The patent-pending isotropic plastic micro-lens diffuser’s shape is unique to the Metaphase Technologies ISO-10. The Isotropic … Continued
