Non-contact measurement with chromatic confocal technology

• Chromatic confocal technology can measure any material capable of reflecting white light (e.g. metal, glass, plastic, paint films, liquids)
• Non-contact measurement is suitable in all cases where it is necessary to measure without touching the target
• Up to five transparent layers can be measured simultaneously with one optical probe.
• High measurement accuracy
• Interchangeable sensors: IRIX can store up to 32 cards to allow the most appropriate probe to be used
• Integrated 7" display
• Passive optical probe not affected by heat and electrical noise
• Availability of SDK and protocol commands for easy integration into any system
• Small measurement spot
• Synchronized measurement with encoder for dynamic acquisitions
• Roughness measurements

• Optics with tilting angle up to ± 45 ° for profile measurement
• Optics with reduced diameters Ø4mm, Ø6mm and Ø8mm for use in equipment with reduced dimensions
• 7” Integrated display, with easy to use graphical interface for laboratory use
• 2 synchronized channels for thickness measurement of non-transparent targets in roll to roll applications
• Synchronized measurements with encoder for precise profile reconstruction.
• 3 encoders Inputs (TTL and HTL models)
• 2 analog outputs (0 ÷ 10V)
• Up to 32 calibration maps
• Saving data in CSV format

IRIX™ is available in two versions: one for the electrical cabinet with DIN guide connection and the other with integrated 7" display.

Both versions are available with one channel or with two synchronized channels.

The chromatic confocal technology of IRIX is suitable for a variety of applications in many fields:

• Automotive glass
• Glass containers and packaging industry
• Electrical vehicle industry (batteries)
• Applications for measuring roll-to-roll, transparent and non-transparent films (e.g. EV battery covers, flexible electronics)
• Electronics Industry (PCB)
• Semiconductor industry (silicon wafer)
• CCC industry
• Medical
• Micromechanics
• Aviation/Aerospace
• Watchmaking
• Robotics