About Intense
Defense & Security
Range of High Power Laser (HPL) diodes and arrays that are ideal for use in aerospace and defense applications where compact and adaptable formats, superior beam quality, and longer operating lifetimes are critical.
Medical
Range of High Power Laser (HPL) diodes that are ideal for use in medical applications where increased power, brightness, and reliability are critical.
Commercial
Range of products that are ideal for use in industrial applications where high reliability, longer operating lifetimes, and lower cost are imperative.
Industrial
Range of products that are ideal for use in industrial applications where high reliability, longer operating lifetimes, and lower cost are imperative.
Coding & Marking
Intense is set to revolutionize the coding and marking industry. In combination with our chemistry partners we can bring cost savings and greater reliability to many demanding applications.
Computer To Plate
Intense has developed a revolutionary family of products specifically for CtP applications, that simplifies writing head design, thereby reducing costs and increasing reliability.
Digital Printing
Intense has developed breakthrough technology that reduces writing head cost and complexity while providing high speed, high resolution, and high reliability.
Market Sectors
Intense delivers cost effective high power lasers and monolithic arrays to a wide rand of market sectors.
High power, high brightness laser diode components, modules, and systems for the visible spectrum. Intense delivers high-level customization tailored to meet your exact needs.
High power, high brightness laser diode components and modules for the infrared spectrum. Intense delivers high-level customization tailored to meet your exact needs.
Individually Addressable Laser Arrays enable high speed printing and marking while maintaining excellent print quality. They are also suitable for industrial and defense applications.
VCSEL’s (vertical cavity surface-emitting laser) allow superior wavelength stability, uniformity and spectral width. They can operate in extreme temperatures with an extended lifetime suitable to defense, medical, industrial and print applications.
