Highlights The Metaphase Technologies ISO-34 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-34. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-30 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-30. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-23 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-23. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-19 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-19. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-14 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-14. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-8 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-8. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-4 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-4. The Isotropic … Continued
Highlights The Metaphase Technologies ISO-2 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-2. The Isotropic … Continued
Highlights The Metaphase Technologies UX-LL2509 multispectral line light is the latest addition to our family of Multispectral LED lights & the next generation of breakthrough LED illumination for the machine vision market! Traditionally multispectral line scan inspection applications, such as agriculture (fruit, meat, etc.) inspection, required multiple inspection stations, each with its own camera and … Continued
Highlights The Metaphase Technologies UX-LL2309 multispectral line light is the latest addition to our family of Multispectral LED lights & the next generation of breakthrough LED illumination for the machine vision market! Traditionally multispectral line scan inspection applications, such as agriculture (fruit, meat, etc.) inspection, required multiple inspection stations, each with its own camera and … Continued
