Resolve Optics is a well-established lens and optical system designer and supplier for space applications. The company provides application-optimized lenses for satellites and space platforms, including ruggedized and radiation-resistant lenses that function in harsh space environments. Their lenses are used in cameras, optical instruments, and sensors for Earth observation, space exploration, and guiding/docking spacecraft, including those visiting the International Space Station. Resolve Optics works with commercial satellite developers and international space agencies.
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Resolve Optics has installed and commissioned a new vibration test center to enhance its lens testing capabilities.
Resolve Optics can qualify the ruggedized lenses it supplies and also provide vibration testing for customer systems.
Resolve Optics can provide detailed reports of the results from conducted tests.
Resolve Optics has decades of experience in developing custom lenses optimized for application in harsh environments.
The most common environmental test conducted by Resolve Optics is ‘proof of operation’ vibration and shock testing.
Resolve Optics can carry out all common forms of vibration testing and specialist vibration/shock qualification tests according to customer requirements.
The new vibration test facility enables Resolve Optics to perform Random, Random on Random, Sine Sweeps, and Classic Shock tests.
Resolve Optics has nearly 30 years of experience developing lenses and optical systems for demanding environments.
Resolve Optics offers focus-corrected SWIR lenses that provide optical performance across the full SWIR spectral range.
Resolve Optics has developed the expertise to design ruggedized lenses and optical systems proven to withstand the vibration effects and shocks encountered during launch over the last 20 years.
Over the last 20 years Resolve Optics has developed expertise to design ruggedized lenses and optical systems proven to withstand launch vibration and shock.
Resolve Optics has invested in in-house testing equipment to ensure ruggedized lenses and optical systems can withstand the launch vibration and shock profiles provided by customers.
Over the last 20 years Resolve Optics has designed and supplied high-performance space-ready optical systems for monitoring the outside of spacecraft for damage from space debris and micrometeoroids.
Resolve Optics has developed an optically corrected zoom lens to address movement issues in space.
Resolve Optics designed the microscope lens to provide high transmission across the 365–1000 nm spectral bandwidth and to maintain best possible focus throughout that bandwidth.
Resolve Optics received an order from a leading aerospace company to design and supply an optimized wide waveband lens for a multispectral microscope required for a Moon exploration mission.
Resolve Optics can provide Canadensys with a space-ready product for the Lunar Vertex multispectral microscope.
All components of Resolve Optics’ new lens for the Lunar Vertex multispectral microscope are manufactured from materials approved by international space agencies.
Resolve Optics developed SWIR lenses with a novel design that maintains maximum performance throughout the 900–1700 nm spectral range without the need for refocusing.
Resolve Optics' Model 357 Lens is designed for use with color CMOS sensors that operate in radiation-prone environments.