A rotatable cylindrical prism with an inclined elliptical base changes sunlight entry angles to form upright or inverted arc-shaped rainbows.
A rotating prism splits one laser into multiple scan beams, cutting emitter, receiver, and circuit complexity while preserving LiDAR coverage.
Concave reflective surface groups overlap projected images on one imaging plane while avoiding the light loss caused by 50:50 beam splitters.
Symmetric two-wavelength imaging on one sensor reduces aberration and darkening, improving intensity-ratio measurement for thermography.
Internal baffles in see-through optics intercept ghost rays without blocking desired image light, improving near-eye display clarity and brightness.
A refractive prism and cross-axis lens drive fold the optical path to keep telephoto camera modules compact for small devices.
Combined multi-wavelength lasers, polychroic optics, and cylindrical lenses create flat-top lines that reduce speckle and improve flow cell measurement precision.
Two-stage resin molding covers the first gate mark in a recess, reducing residual strain and improving prism optical uniformity.
A flexible membrane and single seal let a fluid-filled tunable prism tilt its window, limiting leakage and image distortion in optical stabilization.
See how a curved field lens and prism decenter light to uniformly illuminate a displaced display in a smaller projector.
Prism-based lens routing and movable groups reduce zoom-lens size in the periscope direction, helping fit other device components.
A bottom optical film improves Ag-to-plastic adhesion while a lower-index top film reduces internal reflections for better image restoration.
An integrated prism and transmission grating separates wavelengths and supports compact 3D digital holography for minimally invasive imaging.
Alternating high- and low-refractive layers plus porous gradient holes reduce reflection across wavelengths and angles while protecting lens surfaces from oxidation.
A folded prism path preserves long focal length in a compact lens while shielding stray light that could reduce imaging resolution.
Hot-press molding integrates the lens and prism, enabling batch processing that shortens preparation cycles and reduces dimensional fluctuations.
Optical wedges divide a LIDAR receiver field of view across smaller detectors, reducing solar background noise and enabling parallel measurements.
MEMS angular comb drives independently rotate Risley prisms to expand LiDAR steering range and improve scanning resolution.