By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
By placing illumination at a low position and lighting from diagonally above, a vivid image with emphasized outlines and edges of workpieces can be obtained. LEDs are arranged in a ring shape that is closer to the vertical, illuminating toward the center.[Applications] Detection of various edges, inspection of engraved/scratched metal surfaces, printed surface contamination/scratch inspection, etc.
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
LED element is installed in the side of the optical guiding diffusion material. Uniform transmitted illumination with a thickness of only 7 mm. The light emitting part of the LED element is mounted so as to be embedded into the light guide plate. Light diffuses in various directions inside the optical guide plate. Special manufacturing method includes special pattern printing on the optical guide plate itself, a surface diffusion cover, and so on to ensure uniformity.[Applications] Various shape
