System Design and Integration
All EXFO systems are engineered with an underlying philosophy of enhanced functionality, reliability, and optimized system integration for manual or automated manufacturing; while maintaining simple operation and low maintenance. EXFO incorporates intelligence into its systems with the use of embedded micro-controllers that provide output regulation, patented feedback control, process monitoring / recording, and integral safety systems.
The EXFO Advantage
Unparalleled control is the hallmark of all EXFO technology. Every EXFO system, component and accessory is designed to harness and deliver specific regions of the light spectrum for use in precision applications in UV digital printing, manufacturing with UV adhesive bonding, and specialty illumination such as fluorescence microcopy. The flexibility of our systems also provides unmatched control to users, allowing them to install and calibrate equipment to exactly meet their unique facility and process requirements.
- Higher Stability through Optical Monitoring: EXFO has added a sophisticated optical monitoring for enhanced control and lamp power management including Closed Loop Feedback to provide consistent optical output.
- Enhanced Process Repeatability through Optical Calibration: Unlike any UV spot cure system on the market the EXFO's closed loop feedback loop can be calibrated using EXFO's patented radiometry technology and patented calibration method which is traceable to international standards maintained by NIST.
In addition application of innovative optics design and technology provides users with unmatched control over all aspects of the light delivered. Only the light that reaches the target area is useful to the photoactivated process. EXFO has developed a wide range of optical delivery systems incorporating tailored lenses, spectral filters, light guides and homogenizers that employ this technology. EXFO's focus is to tailor the spectral, spatial and angular distribution from the light guides in order to further optimize application processes.











