Freeform optics design enhances FOV and functionality compared to traditional optics, but requires advanced manufacturing techniques.
Freeform optics design enhances FOV and functionality compared to traditional optics, but requires advanced manufacturing techniques.
While visible light cannot penetrate well in water vapor, SWIR cameras can product clear, high resolution images even when the human eye is unable to clearly see anything; SWIR light penetrates fog and smoke better than visible light, unaffected by heat, haze and atmospheric variations.
Infrared sensors and advanced optics enable drones to capture high-quality imagery in harsh conditions, detecting heat signatures from warm objects and expanding applications in surveillance, research, agriculture, and rescue missions.
Optical domes provide protection for sensitive optical components in harsh environments and demanding conditions. Learn about the multifaceted applications of optical domes and how different materials provide advantages in protecting and enhancing your optical equipment.
The Germanium Optical Dome ensures optical clarity for drones by protecting optical instruments and maintaining their performance.
Optics for LIDAR and sensing are far more affordable today than they were just ten years ago, and the technology is currently accessible to almost anyone.
Microscope objective lenses are vital optical elements in microscopy; they collect and focus light from a specimen to form a magnified image. Performance is defined by magnification, numerical aperture, and aberration correction, enabling high-resolution imaging for scientific and industrial applications.
Micro prisms are designed with precision to handle specific wavelengths and coatings, optimizing performance in any optical system.
C-Lens manufacturing demands high-quality micro lenses with excellent surface quality and cost-effective production methods.
Can a lens be mounted on a surface smaller than the head of a pin, or the full power of complex optical devices be condensed into a package smaller than a fingernail? That’s what micro-optics are about.
