Trioptics TriAngle NIR 150-38 Electronic Collimator (2017) with 2 axis adjustable base

Electronic autocollimator for near infrared application

The TriAngle NIR electronic autocollimators are commonly used for applications which require measurement at the design wavelength in the NIR.

• Especially suitable for measurements on material which only reflect light in the NIR range, such as night vision devices
• Compatibility with objective tubes of different focal lengths
• Variable measuring range and accuracy performance between 2.5 and 0.2 arcsec depending on the focal length

More information

• NIR LED illumination for measurement at the design wavelength in the NIR
• Standard wavelength: 1,064 nm (other wavelengths available on request)
• Wedge and prism measurements
• High resolution sensors for best image quality and signal to noise ratio
• Consistently guaranteed traceability of the measuring results to international standards of the angle measuring variable
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• Software features and functions The TriAngle software provides many features to simplify the daily use of TriAngle autocollimators whether in the laboratory or in the production environment. ▪ Real-time camera display ▪ Numerical and graphical display of measurement data ▪ Optional full screen camera window (visual alignment mode) ▪ User defined graphical scales or indicators inside the camera window ▪ Simultaneous measurement with multiple (up to 12) autocollimators ▪ Simultaneous measurement of multiple surface reflections (up to 12) ▪ Comprehensive data reporting functions ▪ ASCII (CSV) data export ▪ Selectable angle units for screen display and measurement certificate ▪ Software remote control by host computer via RS232 interface and TCP / IP ▪ Plug-in mechanism for customized measurement programs ▪ User defined measurement certificate layout ▪ Demo programming examples for Excel, LabView, VBA ▪ Multiple camera interface technology for USB, IEEE 1394 (firewire), gigabit ethernet, camera-link or analog video camera ▪ Production mode for batch/lot sample identification and result reporting