CP11627_LISA-RS

CP11627_LISA-RS (reflex spherical) lenses are designed for use in professional application fields such as medical imaging, microscopy, metrology, remote sensing and industrial inspection. The lenses are based on an innovative spherically asymmetric design and are made of high quality optics and other components that result in great imaging performance. They incorporate high-grade anti-reflective coatings allowing for superior performance in the application fields above.

CP11627_LISA-RS lenses are designed to provide superior image clarity with high resolution, low distortion, and good contrast. This is achieved through the use of sophisticated sphere aspherics (SAS), special lens surface contours, and exquisite precision engineering. SAS technology gives the lenses the highest performance in its class by carefully controlling the refracting index of the lenses to match the radial frequency of the source light. This unique combination of spherical designs, parametric surface treatments, high luminosity efficiency, and anti-reflective coatings result in maximal image clarity.

In addition to providing superior imaging performance, CP11627_LISA-RS lenses are also designed to minimize or eliminate distortion caused by environmental conditions such as heat, cold, moisture, and dust. This is achieved by using air-spaced design, which protects the inner components of the lens from the external environment and reduces the amount of distortion due to variations in temperature. Additionally, the lenses are built with specialized optical cement between the lens surfaces, which reduces vibration and helps to create greater sharpness and clarity.

When used in medical imaging, CP11627_LISA-RS lenses provide accurate control of light intensity and photon wavelength, which results in extremely sharp, crisp images. Furthermore, they have a high degree of light transmission when exposed to varying levels of exposure, allowing for deep penetration of tissue in medical imaging procedures. Additionally, they are designed to reduce the interference of stray light, which can lead to distortion and blurriness in images.

In microscopy, CP11627_LISA-RS lenses provide superior imaging performance, featuring high transmittance, low distortion, and minimal chromatic and other aberrations. This makes them ideal for a broad range of imaging applications such as single-cell analysis, macromolecular imaging, and fluorescence microscopy. Furthermore, these lenses have the capacity to deliver significantly high levels of white and colored light, allowing for very high-resolution imaging.

CP11627_LISA-RS lenses are the ideal choice for remote sensing and industrial inspection. The exceptional optical performance of the lenses makes them especially useful in low-light or distance sensing applications. This is because the lenses can accurately identify low-level changes in signals coming from at a distance, allowing for more efficient and accurate data acquisition. Additionally, the lenses are designed to minimize glare, producing higher-contrast images which enable more precise measurements even over long distances.

CP11627_LISA-RS lenses offer tremendous advantages over traditional lenses in both professional application fields and scientific research. With their sophisticated design, high-grade components, and advanced optical features, they offer superior imaging performance for medical imaging, microscopy, remote sensing, and industrial inspection. Additionally, these lenses help to minimize or eliminate distortion due to environmental factors, and deliver higher levels of light intensity and wavelength control for improved accuracy and image resolution.