Any angle can be created with CCS’s unique flexible circuit boards.
The required irradiance is ensured by radiating direct light towards the center of the workpiece.
Illumination Structure
Illumination StructureA flexible circuit board is bent into the desired shape, and LEDs are mounted at a high density on it. Radiance is achieved by focusing light at the center of the workpiece.
These Ring Lights have “easy to use”, “bright”, and “uniform” characteristics.
The product lineup includes abundant size variations, full color (RGB) models, and satisfying accessories such as the Light Joint Brackets.
Illumination Structure
Through the surface-mounted LEDs and specially finished diffusion plate, we achieved high output illumination of uniform diffused light.
LEDs are embedded around a light-guiding diffusion plate.
Uniform light is radiated from a flat emitting surface.
The product lineup includes the LFR-100K and LFR-130K Light Units, in which light is radiated from an emitting surface arranged at an angle.
Illumination Structure
LEDs are embedded around a circular light-guiding diffusion plate. Uniform diffused light is radiated from a flat light-emitting surface.
LEDs are embedded around a light-guiding diffusion plate.
Uniform light is radiated towards the center from a light-emitting surface arranged at an angle to the workpiece.
Illumination Structure
LEDs are embedded around a circular light-guiding diffusion plate. Uniform diffused light is radiated from a light-emitting surface arranged at an angle to the workpiece.
High Power Strobe Lights PF Series.
* Ring type.
* Peak illuminance achieves 6.5 million lx.
* Realizes high-speed and accurate inspection.
* Solves your xenon flash lamp problems.
* Freely adjustable flash timing enables strobing within the exposure period of the camera.
LEDs are mounted perpendicular to a flat circuit board so that direct light is radiated towards the center of the workpiece.
Illumination Structure
LEDs are mounted perpendicular to a flat circuit board and direct light is radiated towards the center of the workpiece.