Large Format Lenses

Designed for use with line scan and area scan cameras – Large Format Lenses from Resolve Optics Ltd. provide the very high resolution over a large image format required by the most demanding scientific and machine vision applications. As camera manufacturers continue to increase sensor size, while simultaneously increasing pixel resolution, Resolve Optics custom large format lenses provide an optimised solution to enable these products to achieve their full performance potential opening the door to exciting new application solutions.

Deep Sea Observation Camera Lenses

Resolve Optics announces its ultra compact Z-10 high definition zoom lens is being used by Kongsberg Maritime as a key component of autonomous camera systems being deployed to monitor methane seep and hydrothermal vent sites deep in the Pacific Ocean.

Optimized Machine Vision Lenses

Resolve Optics has announced that it will be exhibiting at VISION 2014 in Stuttgart, Germany. Visitors to Stand 1-I22 will be able to discuss with technical specialists how a custom lens design can enable them to benefit from the full performance of their camera, sensor or instrument. Over the last 20 years, Resolve Optics Ltd has accumulated considerable experience of developing fixed and zoom lenses for vision applications including parts recognition, precise component placement, automated alignment and placement and automated inspection of manufactured components.

Custom Lenses for Demanding Machine Vision Applications

Taking advantage of cutting-edge optical design expertise, Resolve Optics Ltd’s machine vision lens design service ensures top imaging performance for machine vision systems used in assembly and inspection processes on manufacturing lines.

High Performance Athermalised Optical Systems

Resolve Optics offers a design and manufacture service for organisations looking for top quality, high performance lenses able to reliably undertake sensing, detection and measurement applications at high temperature. Resolve Optics has considerable experience of developing optical systems that will operate up to 950°C without the need for cooling.