Products > Hummingbird USB Dual Iris Scanner

Unique Design

Compact light-weight machined aluminium construction offers high quality, durable finish.

Designed to impress

Ease of Use

See-through design offers friendly capture experience. Operator can guide the subject through the Iris capture process.

Friendly UX

Fast Dual Eye Capture

Simultaneously captures both eyes using a single high resolution image sensor. Takes less than 2 seconds to capture both eyes.

Quick-n-Easy Capture

The rugged machined aluminum construction offers beautiful finish, excellent durability and ease of use. This unit is ideal for integrating iris recognition capabilities to existing applications such as Detainee/Prison Management, Immigration/Border Security, Banking, Healthcare, Social-Welfare and other Identity Management programs requiring collection and verification of iris data.

Please call +1-925-272-9199 or email us at for product related questions.
This product is designed and assembled in California, USA



Unit Price:



  • Synchronous dual iris capture using a single CMOS sensor, both eyes are captured simultaneously
  • Meets and exceeds ISO/IEC 19794-6 iris image standards
  • Iris resolution of around 20 pixels/mm, with average iris diameter > 220 pixels
  • Inter Pupillary Distance (IPD) support for 40mm – 90mm
  • > 4 line-pairs/mm optical resolution
  • NIR, 790 - 850 NM LED near infra-red illumination
  • Algorithm agnostic, acquired Iris images can be used with any iris recognition algorithm
  • Optimized for use with Unique Biometrics Iris Recognition SDK
  • USB 3.0/2.0 host connectivity, 2m/10ft USB cable included
  • Fast capture speed - average 2sec for dual iris capture
  • 45fps (USB 3.0) or 30fps (USB 2.0) image processing
  • Android 4.x/5.x and Windows 7/8.x/10 drivers
  • Power consumption: USB powered < 2.5W, 500mA @5V
  • Includes standard tripod mounting hole and slots for belt straps

Product Dimensions (W x D x H):

150mm x 130mm x 42mm
5.9" x 5.12" x 1.65"

Product Weight (grams):

400g (approximately)