Meet us at DEFEXPO, Gujarat, India

Meet us at DEFEXPO, Gujarat, India

Ophir® IR Optics group, an MKS Instruments company, will be exhibiting at the Defense Expo (DEFEXPO), Gandhinagar, Gujarat,  India March 10-13, 2022, at booth 7S 24-25.

During this face-to-face, real-life event, Ophir will introduce its game-changing, combat-ready, low SWaP & extended observation range continuous zoom lenses, suitable for airborne and security & surveillance observation systems.

Ophir brings over four decades of experience in designing and manufacturing combat-proven, high-performance IR thermal imaging optics for the defense market, designing and manufacturing IR optical elements and complex assemblies for advanced thermal imaging applications. 

Ophir is a proud partner and optics supplier for the most innovative, emerging defense and security companies worldwide, providing field-proven capabilities through unique designs for air-land and naval defense applications.

Live demo

Join us for a live thermal imaging demo showcasing the high performance imaging capabilities of Ophir’s cooled MWIR SXGA/ HD continuous zoom lens. 

Products featured at DEFEXPO:

  • NEW Extended range thermal imaging cont. zoom lenses suited for aviation and observation systems – a full range of LWIR and MWIR zoom lenses, providing outstanding performance, MTF close to the diffraction limit, ruggedized design, for extreme temperature range, with outstanding detection, recognition, and Identification (DRI) ranges. 
  • New series of cooled MWIR and MWIR f/5.5 lenses – multiple focal-length, extended observation ranges, compatible with SXGA/HD 10μm pitch and VGA 15μm detectors, designed for security and surveillance ground applications, including long range surveillance systems and border control.
  • New series of low-SWaP continuous zoom lenses – lightweight, compact, high performance IR thermal imaging lenses for UAV’s/UAS observation systems.
  • High precision optical components & large mirrors for multiple defense electro-optical systems including multi-spectral.