|
|
|
Optronic Laboratories LLC dba Gooch & Housego
Company Description
The Life Sciences and Instrumentation division of Gooch and Housego is a world leader in optical radiation measurement solutions. We design and manufacture light measurement systems that provide accurate, repeatable research-grade measurements in the UV-VIS-NIR-IR wavelength ranges for research, academia, industry and the military. Our light measurement systems are designed to provide consistent, precise and repeatable measurements throughout the long life of the instrumentation.
Contact Information
4632 36th St
Orlando,FL
United States
Press Releases
| OL 770-InGaAs Spectroradiometer
The Life Sciences and Instrumentation division of Gooch and Housego is adding the OL 770-InGaAs Spectroradiometer to their line of high-quality, high-accuracy light measurement equipment. This high-speed, multi-channel spectroradiometer extends the wavelength range to cover the 850 – 1700 nm spectrum, in addition to the current 200-780 nm and 380-780 nm versions that are already available. Applications range from chemometrics and determining atmospheric absorption, to solar simulator and IRED source measurements. The modular design of the 770 product line makes it easy to integrate the InGaAs system into an existing setup to cover an even wider spectral range without needing to procure additional accessories. |
| OL Series 730E Radiometer/ Photometer to replace OL 730C
After many years of success and proven performance with our OL 730C, Gooch & Housego announces the release of the OL 730E Radiometer/Photometer. This newest model in the OL Series 730 line boasts a smaller footprint and reduced cost while providing similar research-grade precision and accuracy. The OL 730E has an internal preamplifier and a sensitivity of 1 X 10-14 amperes. It may be virtually controlled via the USB interface, and boasts a response time as fast as 0.1 seconds and a full-scale range of 2 x 10-10 to 2 x 10-3 amperes. Also being offered with this new radiometer will be a series of TE-cooled detectors, which will provide enhanced temperature stability over time while utilizing a smaller control unit. |
| OL 770-InGaAs Spectroradiometer
The Life Sciences and Instrumentation division of Gooch and Housego is adding the OL 770-InGaAs Spectroradiometer to their line of high-quality, high-accuracy light measurement equipment. This high-speed, multi-channel spectroradiometer extends the wavelength range to cover the 750 – 1700 nm spectrum, in addition to the current 200-780 nm and 380-780 nm versions that are already available. Applications range from chemometrics and determining atmospheric absorption, to solar simulator and IRED source measurements. The modular design of the 770 product line makes it easy to integrate the InGaAs system into an existing setup to cover an even wider spectral range without needing to procure additional accessories. |
| OL Series 730E Radiometer/ Photometer to replace OL 730C
After many years of success and proven performance with our OL 730C, Gooch & Housego announces the release of the OL 730E Radiometer/Photometer. This newest model in the OL Series 730 line boasts a smaller footprint and reduced cost while providing similar research-grade precision and accuracy. The OL 730E has an internal preamplifier and a sensitivity of 1 X 10-14 amperes. It may be virtually controlled via the USB interface, and boasts a response time as fast as 0.1 seconds and a full-scale range of 2 x 10-10 to 2 x 10-3 amperes. Also being offered with this new radiometer will be a series of TE-cooled detectors, which will provide enhanced temperature stability over time while utilizing a smaller control unit. |
| HSi-300 Hyperspectral Imaging Unmixing Software
Gooch & Housego’s Life Science and Instrumentation division's newest HSi Application Software combines the fast image acquisition capabilities of the HSi-300 Hyperspectral Imaging system with an extremely intuitive spectral ‘unmixing algorithm,’ as well as an improved user interface. The software is more user-friendly, incorporating features such as ‘point and click’ selection of targets for classification making hyperspectral imaging more accessible to even the most inexperienced individuals. The new graphical user interface is vastly customizable, allowing users to adjust everything from visible toolbars to image display space in accordance with their own style preferences and requirements. In addition, the industry-unique ability to process images in real-time has been added. This cutting edge development promises to further enhance the suitability of the HSi-300 to such time-sensitive applications as security and hazard detection. |
|
|
|
|
|
|
|
|
|
