Last Updated： Aggregation Period:Jul 30, 2025～Aug 26, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 30, 2025～Aug 26, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 30, 2025～Aug 26, 2025
This ranking is based on the number of page views on our site.
661～675 item / All 1541 items
Multi-channel lighting with flexible irradiation from 8 divisions.
A multi-channel model with flexible irradiation from 8 directions. By individually irradiating workpieces that are prone to halation from 8 directions and synthesizing the resulting images, it is possible to suppress halation during imaging. It is also ideal for appearance inspection of uneven workpieces.
Ring lighting of short-distance and long-distance types.
Simultaneous release of short-range and long-range illumination. The ring-shaped lighting of the B'C Line Lighting IDBA-LE series is suitable for various applications such as printing inspection of large workpieces. Like the B'C Line Lighting, it offers two types of light distribution characteristics tailored to specific applications. Its design is robust against vibration and shock, making it possible to install on movable parts like robotic arms.
Versatile ring lighting capable of supporting various appearance inspections.
Versatile ring type suitable for various appearance inspections. Conventional ring lighting with high-density mounted bullet-shaped LED elements. The inclination of the substrate efficiently concentrates light in the center. Diffusion plates and polarizers can be easily screwed on.
Indirect lighting using a light guide plate.
Uniform illumination of glossy and textured surfaces. This is indirect lighting using a light guide plate. By illuminating with indirect light, it is possible to reduce halation. The structure prevents direct visibility of the LED elements on the light-emitting surface, allowing for uniform illumination of glossy and textured surfaces.
Ring lighting optimal for damage inspection and edge detection.
The lighting has an extremely small size of W26×D60×H11, yet features a direct lighting type with an angled downward light concentration. Despite its small size, it offers high brightness and uses a cylindrical diffusion plate to minimize LED element reflections. It is available in white, red, blue, and green, as well as near ultraviolet (405nm) and infrared. Customization of size and emission surface R is also possible. It can be driven by PWM power supply and strobe power supply.
Slim, energy-saving, low-heat uniform surface illumination.
Slim and energy-efficient uniform surface lighting This surface lighting has a thickness of 7.2 to 8.2 mm. It maximizes the luminous area in the width direction, allowing for a wide luminous area even in narrow spaces of devices. It can be used for a wide range of appearance inspections as backlight lighting. If the brightness of the IFLB series is insufficient, please consider the high-brightness chip LED surface lighting IHMA series and IDHM series.
High-brightness transmissive lighting with a narrow beam angle that is even brighter than the IHM-V series.
The IHM-V series features an even brighter narrow-angle illumination type high-brightness transmission lighting. It achieves chip-type transmission lighting that is low-cost, high-output, and lightweight. The model lineup includes five sizes of square approximate shapes ranging from small to large, as well as four sizes of rectangular shapes, totaling nine sizes. The available light colors are white, red, and blue. The narrow-angle illumination suppresses light spill, making it ideal for edge detection of cylindrical and glossy parts.
Large uniform surface lighting
Adopts power LEDs, large and high-brightness uniform lighting. Ideal for appearance inspection of large workpieces such as PET bottles. Can also replace large fluorescent lamp devices. Due to its special structure, no air attachment is required, and it features a fanless natural air cooling system. Since it uses a 100mm x 100mm substrate, other sizes can be produced in multiples of this dimension.
Large, uniform surface illumination compatible with camera imaging.
Large, uniform surface illumination compatible with camera imaging. The emission surface size can be created in 100mm increments from 200mm x 100mm to 500mm x 500mm. Two types of aperture sizes, φ35mm and φ55mm, are available to match the lens size, centered on the emission surface. It also supports detailed customization, such as changes to the aperture position and connector position.
Large surface lighting optimal for image inspection backlights that achieve high uniformity.
Ideal for replacing fluorescent tube backlights! Standard lineup from A4 to A1 sizes. Customizable luminous surface in 100mm increments from 500mm to 2,400mm. Achieves approximately 30% cost reduction compared to the IFPA series.
High-intensity uniform oblique indirect lighting
Indirect lighting that illuminates from a low angle in four directions. By adopting a new type of LED and revising the optical design, the light output has significantly increased to 4 to 7 times compared to conventional products. The housing is made entirely of aluminum and has been designed for heat dissipation. The square-shaped light-emitting surface makes it ideal for printing inspections such as expiration dates.
Reflective high uniformity and high brightness dome lighting
The bright NEO series has been newly released with a lighter design! By utilizing a hemispherical inner reflection, it emits uniform diffused light, reducing halation that easily occurs with direct light on uneven or glossy surfaces, resulting in shadow-free, uniform images. It is possible to capture curved or stepped workpieces as flat images. Compared to the IDDA-KH series, it is up to 40% lighter.
Pseudo-coaxial dome lighting for uniform illumination of three-dimensional work without light leakage.
Integrate coaxial downlighting with dome lighting. The dome-shaped multi-angle lighting combined with coaxial downlighting allows for uniform illumination of three-dimensional workpieces. Separate dimming is possible for the dome lighting and coaxial downlighting.
Pseudo-coaxial downlight illumination that achieves high brightness, high uniformity, and a compact housing.
It is possible to illuminate along the same axis as the camera axis using a half mirror. Improvements to the adopted half mirror have significantly increased the resolution compared to the IFVA series. Inspection using specular reflection is possible, making it effective for checking fine surface scratches, printing, and text inspection. It can be used for a wide range of applications, such as substrate pattern inspection and measuring the pitch of connector pins.
Straight pseudo-coaxial downlight lighting that achieves high brightness, high uniformity, and a compact housing.
Straight pseudo-coaxial downlight illumination that achieves high brightness, high uniformity, and a compact housing. It is possible to illuminate and capture images along an axis perpendicular to the camera axis using a half mirror. Compared to IFVA, it reduces vertical space, achieving space-saving design. Inspection with direct reflection is possible, making it effective for checking fine surface scratches, printing, and text inspection. It can be used for a wide range of applications, including pattern inspection of substrates and measuring the pitch of connector pins.
