Skip to main content

Keeping an eye on Theia Technologies’ award-winning 4K lens family

Theia’s 4K lenses are designed for use in high-detail imaging tasks
July 7, 2023 Read time: 2 mins
Theia lenses are designed and marketed from the US

Theia’s 4K lenses are designed for use in high-detail imaging tasks such as ANPR or OCR in intelligent traffic systems, automation, robotics, and video surveillance applications. The 4K lenses come in 4-10mm, 6-10mm and 12-50mm focal ranges, provide 12 megapixel, 300 lp/mm resolution and are IR-corrected from 435 – 940nm to maintain their high-resolution performance in the near IR spectrum.

The lenses are offered in manual, DC Auto, or P-iris versions, in CS, C mount and D25 board mount depending on the model.  The lenses cover 2/3”, 1/1.7” and 1/2.3” image sensor formats or smaller. 

Fully-motorised versions are also available, with motorised zoom and focus and combinations with optional integrated IR cut or bandpass filters and photo-interrupter motor stops. The motorised lenses allow for remote set up and occasional zooming and re-focus. Theia also offers motor control boards designed to control the P-iris lens versions. 

Choosing the right lens for your application depends on many factors including field of view, required image resolution, multi-spectral capability, image format and mount. To assist in lens selection, Theia offers an image resolution simulator and lens calculator that relates field of view object distance and image resolution. We offer many educational materials for a better understanding of our lens technology and selection of the optimal lens for your application. 

Theia lenses are designed and marketed from the US and manufactured to ISO 9001:2015 standards. Theia’s process of precision engineering, prototype development and validation ensure every lens shipped to our customers will be of consistently high quality. Theia also provides optical engineering and custom design services.

Theia has numerous issued and pending US and foreign patents for lens technologies.

Visit www.TheiaTech.com for more information

Content produced in association with Theia Technologies
 

For more information on companies in this article

Related Content

  • ViconNet Version 6 and PTZ dome
    February 3, 2012
    Vicon Industries has released ViconNet Version 6, the latest version of its open-platform video management software that offers full support for H.264 encoding and is compatible with a wide range of third-party network and megapixel cameras. According to the company, its support of ONVIF standards provides users with many options for integration with consumer off-the-shelf network video and computer hardware.
  • Siemens offers Stamford a ‘bird’s eye view’
    April 29, 2019
    Stamford, Connecticut is a vibrant, diverse community overlooking the Long Island Sound, within commuting distance of New York City. Stamford hosts the largest financial district in the greater New York metro area outside of Manhattan and is home to a high concentration of large corporations and corporate HQs. With a population of 130,000, Stamford is Connecticut’s third largest city and the fastest-growing municipality in the state. Like many US cities, Stamford had previously relied on an antiquated traf
  • Flea3 GigE vision camera family expanded
    April 25, 2012
    Point Grey has added new 5- megapixel models to its Flea3 GigE Vision digital camera line. The new Flea3 FL3-GE-50S5 models are based on colour and monochrome versions of the popular Sony ICX655 CCD and are capable of streaming high quality 2448 x 2048 images at 8fps over Gigabit Ethernet. The Flea3 measures just 29 x 29 x30 mm in size and offers a variety of the industry’s most popular Sony CCDs, ranging from VGA to 5 MP. Like all Point Grey GigE cameras the Flea3 complies with version 1.2 of the GigE Visi
  • Harnessing the strengths of CMOS for ITS applications
    January 24, 2017
    Sony’s Arnaud Destruels explains the benefits of CMOS sensors for ITS applications. In the transport sector roadside, trackside and platform cameras were devices for viewing and assessing a situation while individual sensors did all the clever stuff like traffic counting, speed calculation, queue lengths, signal status and so on. Well, not any more.