Resolve Optics produces Model 305 radiation-hard lens

Dec. 7, 2010
The Model 305 fixed focus non-browning lens from Resolve Optics has been designed to support large image format cameras and sensors used in environments subject to radiation.

PRESS RELEASE

The Model 305 Fixed Focus Non-Browning Lens from Resolve Optics Ltd. (Bucks, UK) has been designed to provide uncompromised performance with large image format cameras and sensors used in environments subject to radiation.

Measuring only 30mm in diameter the compact f2 lens delivers high image resolution and minimum geometric distortion from 400 - 750 nm.

Manufactured to high quality standards from cerium doped glass or synthetic silica the Model 305 lens is able to withstand radiation exposure of up to 53 kGy (108 rads) and temperatures up to 55 degrees centigrade without discoloration. Designed to give a 40° field of view in both the vertical and horizontal planes and 25 Cycles/mm the Model 305 lens is able to provide uncompromised optical performance for images up to 18mm in diameter. Available with manual or motorised iris the Model 305 provides a focus from 35 mm in front of the lens to infinity.

Because of the requirement, in nuclear vision and space research applications, for cameras to be radiation-hard and to cover a large image format - no standard lens have been available to meet these dual demands until the introduction of the Model 305 Fixed Focus Non-Browning lens from Resolve Optics Ltd.

Resolve Optics Ltd. Has, for over 20 years, developed OEM quantity specialist lens systems and optical designs for small and large high technology businesses. The company has many years experience of supplying radiation-resistant lens and lens systems for applications including nuclear power generation, nuclear waste processing and research reactors, nuclear medicine and space research.

To discuss the development of a radiation-hard lens matched to your large format camera or sensor please contact Resolve Optics Ltd. on +44-1494-777100 or [email protected].

SOURCE: Resolve Optics Ltd.

-- Posted by Vision Systems Design

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