Non contact measure with chromatic confocal technology

• The chromatic confocal technology allows to measure any material capable of reflecting white light (for example: metal, glass, plastic, paint films, liquids).
• The 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 a single optical probe
• High measurement accuracy
• Interchangeable sensors; Irix can save up to 32 maps to allow the use of the most appropriate probe.
• 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
• Reduced measurement spot
• Synchronized measurement with encoder (space synchronism) 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 7 " integrated display.
Both versions are available with 1 channel or with 2 synchronized channels.

The chromatic confocal technology of Irix ™ is suitable for various applications in many application sectors:

• Automotive glass
• Glass containers and packaging industry
• Electronics Industry (PCB)
• Semiconductor industry (silicon wafer)
• applications for measuring roll-to-roll, transparent and non-transparent films (e.g. EV battery covers)
  the CCC industry
• Electrical Vehicle Industry (Batteries)
• Robotics
• Micromechanics
• Medical
• Aviation
• Watches