レイマック Product Lineup

Emphasizes unevenness with illumination from the horizontal direction. It can illuminate the workpiece from the side, making it effective for inspecting dents, engravings, and edges. A diffusion ring can be added later. It can also be used in combination with dome illumination.

• Lighting for image processing

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.

• Lighting for image processing

Uniform illumination of glossy and uneven workpieces. The structure makes it difficult for LED elements to reflect on the workpiece, making it ideal for visual inspection of glossy workpieces like bottle openings. It is effective for uneven workpieces as well, as it provides uniform illumination with indirect light.

• Lighting for image processing

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.

• Lighting for image processing

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.

• Lighting for image processing

By revising the structure of the light guide plate emission method, the height of the lighting has been reduced to 6mm or less (with the emission part at 5mm), making it even thinner than conventional products. It can be installed without worrying about the installation space of the device. The LEDs emit light from the surroundings, resulting in low power consumption. It can be used for a wide range of appearance inspections as backlight lighting. If the brightness of the IFLA series is insufficient, please consider the IHM series or IDHM series.

• Lighting for image processing

High brightness and high uniformity thin surface-emitting backlight lighting suitable for a wide range of visual inspections. With chip LEDs arranged in high density, it offers higher brightness and uniformity than the IFL series. Available in various sizes, it can be produced in multiples of 30mm x 30mm. For large backlight lighting needs of 200mm x 200mm or larger, please consider the IFPA series.

• Lighting for image processing

High-brightness transmission lighting evolved further from IHM. Chip-type transmission lighting achieves low cost, high output, and lightweight design. The product lineup includes 5 sizes of square-like shapes ranging from small to large, as well as 4 sizes of rectangular shapes, totaling 9 sizes.

• Lighting for image processing

Adopting chip-type elements, achieving high output and lightweight design. By providing a φ40mm opening, imaging is possible through reflection rather than transmission. The product lineup includes three sizes of square approximate shapes, ranging from small to large. The emission colors available are white, red, and blue.

• Lighting for image processing

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.

• Lighting for image processing

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.

• Lighting for image processing

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.

• Lighting for image processing

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.

• Lighting for image processing

Brighter and clearer A space-saving, lightweight, thin 8mm dome light without a camera window. It provides uniform illumination across the entire area. Compared to the conventional IFH series, it is about six times brighter, with improved uniformity and clarity. Even at close distances to the workpiece, imaging can be done without interference from troublesome reflections.

• Lighting for image processing

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.

• Lighting for image processing

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.

• Lighting for image processing

The NEO series has been brightened and is now newly available! By utilizing the hemispherical inner surface reflection, it emits uniform diffused light, reducing halation that easily occurs with direct light on uneven or glossy surfaces, allowing for shadow-free, uniform images. It is possible to capture curved or stepped workpieces as flat images. A large dome with a maximum diameter of 350mm is adopted, making it capable of accommodating larger workpieces that conventional small dome lighting could not handle. Compared to the previous NEO dome lighting, the blue light output has increased by about four times, while the white and red light outputs have increased by about two times, enabling faster inspections.

• Lighting for image processing

The blending of emission colors can be freely adjusted according to the inspection purpose. With a combination of three wavelengths—red, blue, and green—it provides full-color visible light illumination, covering a very wide wavelength range. Since each wavelength can be dimmed independently, subtle composite lighting colors are achievable.

• Lighting for image processing

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.

• Lighting for image processing

The inner surface of the bowl is equipped with LEDs, allowing for strong illumination from all angles. Additionally, by attaching a diffusion dome as an option, it is possible to achieve strong diffused light that minimizes reflections on spherical workpieces. There are also types that allow for multiple rows of LEDs to be divided into several circuits vertically, enabling independent dimming. We also accept requests for the integration of coaxial downlighting separately.

• Lighting for image processing

16-segment illumination with 4 directions and 4 levels Flexible illumination is possible with 16-segment illumination in 4 directions and 4 levels. Even difficult-to-detect scratches and dents can be captured clearly. No need to select lighting based on workpiece shape.

• Lighting for image processing

It is possible to inspect the workpiece in a tunnel style while covering it with lighting. It is universally compatible with spherical, aspherical, uneven surfaces, and long workpieces. Of course, combinations of dome, low angle, and coaxial can be used for various applications depending on the combination of wavelengths. It is ideal for sharp edges of elongated workpieces. By adopting power LEDs, sufficient light output can be obtained even with indirect lighting. The LED mounting part is designed as a heat sink, allowing for use even in constant light.

• Lighting for image processing

Uniform illumination for uneven and long workpieces. Inspection can be performed in a tunnel style while covering the workpiece with lighting. Universally compatible with spherical, aspherical, uneven surfaces, and long workpieces. Ideal for sharp edges of elongated workpieces. Sufficient light output is achieved even with indirect lighting. The LED mounting section is designed as a heat sink, allowing for use in constant light conditions.

• Lighting for image processing

It is possible to illuminate along the same axis as the camera axis using a half mirror. Since inspection can be performed with specular reflection, it is effective for checking fine surface scratches, printing, and text. It can be used for a wide range of applications, such as pattern inspection of substrates and measuring the pitch of connector pins.

• Lighting for image processing

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.

• Lighting for image processing

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.

• Lighting for image processing

Ideal for mirror surface work. A high-brightness version of the conventional pseudo-coaxial illumination IFV series. Perfect for workpieces that could not be used with the previous pseudo-coaxial illumination due to low brightness. The brightness is about 3 to 5 times that of the conventional model in white, and about 7 to 9 times in blue.

• Lighting for image processing

Ideal for mirror work. It can be illuminated along the same axis as the camera axis using a half mirror. Inspection with specular reflection is possible, making it effective for checking fine surface scratches, printing, and text. It can be used for a wide range of applications, such as pattern inspection of substrates and measuring the pitch of connector pins.

• Lighting for image processing

Small coaxial spot lighting Can be inserted into telecentric lenses and used as coaxial incident lighting. Ideal for positioning in the manufacturing of LCDs, semiconductors, and electronic components. Various lineups are available, including compact types and ultra-high brightness IHV series, tailored to specific applications.

• Lighting for image processing

Can be inserted into telecentric lenses and used as coaxial reflected illumination. Ideal for positioning in the manufacturing of LCDs, semiconductors, and electronic components. Various lineups available, including ultra-high brightness types and compact Type IV series to suit different applications. Please use the RBOX series when utilizing the DC12V output power supply of the IHV series or overdrive.

• Lighting for image processing

Compact spot lighting that can be installed in various environments. It is suitable for situations requiring small size, lightweight, and high power, such as illumination at the tip of a robotic arm. Available in two types: narrow beam and wide beam. It can emit light at approximately 3.5 times the brightness of steady light through overdrive. Please use the RBOX series when utilizing a DC12V output power supply or overdrive. Also, consider the high-brightness compact multi-light spot lighting IHSL-SP series.

• Lighting for image processing

A compact and lightweight dual-lamp spot light with a diameter of 50mm × 50φ and a weight of 120g. It is suitable for situations that require spatial constraints, such as illuminating the tip of a robotic arm from medium to long distances. It is available in two types: narrow beam and wide beam. It emits light that is more than 1.4 times brighter than the small single-lamp spot light IHVA-SP series. With overdrive, it can emit light at approximately four times the brightness of steady light.

• Lighting for image processing

In machine vision, a high degree of parallelism in light quality is desirable for capturing "sharp images," but lasers, which emit light as points, require scanning. Collimated LED lights, being unique with a single LED that produces parallel light with an area, are optimal for capturing images without wraparound and for dimensional measurement in a single shot.

• Lighting for image processing

Achieves brightness equivalent to halogen Flexible illumination range from point light to long-distance projection Uses power LEDs, capable of achieving over 1,000,000 Lux with a φ5mm spot light when focused. Please use the RBOX series when utilizing DC12V output power supply or overdrive.

• Lighting for image processing

It is ideal for inspecting fine scratches that are difficult to see with visible light, confirming the application state of adhesives using excitation of phosphors, and detecting foreign substances such as dust. A wide range of wavelengths is available, including 365nm, 375nm, and 405nm. Other wavelengths not listed here are also available. Irradiation in the same shape as visible light can also be produced. The UV-405NR with a peak wavelength of 405nm is sensitive enough for use with visible light cameras, so there is no need to prepare expensive ultraviolet cameras or lenses.

• Lighting for image processing

Ideal for transmission inspection of packages, LCDs, and printed characters. IR transmission allows for the recognition of states in liquids. It also enables easy appearance inspection by transmitting characters and patterns. In addition to the peak wavelength of 850nm, we offer a rich lineup of other wavelengths such as 780nm, 810nm, 890nm, and 940nm. Other wavelengths are also available beyond those listed here. We can also produce irradiation in the same shape as visible light. Please consider the high-output infrared lighting Infrared2 series and the long-wavelength infrared lighting Infrared3 series. What is infrared light? We will introduce examples of foreign object and dent inspection using infrared lighting. Infrared lighting has a longer wavelength than visible light (light visible to the human eye) and is not visible to the human eye. Compared to ultraviolet and visible light, infrared light has a very low scattering rate, resulting in a high transmission rate, allowing it to pass through liquids and inks. Additionally, unlike halogen, it has a limited wavelength range, so it does not affect photosensitive work.

• Lighting for image processing

Ideal for transmission inspection of packages, LCDs, and printed characters. IR transmission allows for recognition in liquid states. It also enables easy appearance inspection by transmitting characters and patterns. We offer peak wavelengths other than 850nm, and additional wavelengths are available beyond those listed here. Illumination in the same shape as visible light can also be produced. Please consider our Infrared series and Long-Wavelength Infrared 3 series. What is infrared light? We will introduce examples of foreign object and dent inspection using infrared illumination. Infrared light has a longer wavelength than visible light (light visible to the human eye) and is not visible to the human eye. Compared to ultraviolet and visible light, infrared light has a very low scattering rate, resulting in a high transmission rate, allowing it to pass through liquids and inks. Additionally, unlike halogen, the wavelength range is limited, so it does not affect photosensitive work.

• Lighting for image processing

Ideal for inspections that are difficult with conventional infrared lighting. Infrared lighting using bullet-shaped LEDs with a longer wavelength than conventional 850nm infrared lighting. Inspections that were previously challenging, such as foreign object detection and moisture visualization within the workpiece, are now possible. Please also consider the Infrared series and the high-output Infrared2 series.

• Lighting for image processing

As a characteristic of infrared light with a wavelength of 1100nm, it can pass through silicon materials. It also falls within the sensitivity range of CMOS cameras, allowing for transmission inspection without the need for expensive infrared-only cameras like InGaAs cameras. Please also consider the Infrared series and the Infrared3 series of long-wavelength infrared lighting. What is infrared light? We will introduce examples of circuit pattern inspection using infrared lighting. Infrared light has a longer wavelength than visible light (light visible to the human eye) and is not visible to the human eye. Compared to ultraviolet and visible light, infrared light has a very low scattering rate, resulting in a high transmission rate, allowing it to pass through liquids and inks. In particular, light with a wavelength of 1100nm has the characteristic of passing through silicon. Additionally, unlike halogen, the wavelength range is limited, so it does not affect photosensitive work.

• Lighting for image processing

The blending of light colors can be freely adjusted according to the inspection purpose. Red, blue, and green LEDs are integrated into a single lighting unit. With the combination of red, blue, and green wavelengths, it provides full-color visible light illumination, covering a very wide range of wavelengths. Since dimming can be independently controlled for each wavelength, subtle composite lighting colors are achievable.

• Lighting for image processing

The blending of light colors can be freely adjusted according to the inspection purpose. LEDs in red, white, blue, green, and infrared can be combined and implemented in a single lighting unit. By combining the three wavelengths of red, blue, and green, full-color visible light illumination is achieved, and adding infrared allows for a very wide range of wavelengths to be covered. Each wavelength can be dimmed independently, enabling subtle combinations of lighting colors. Various shapes can be manufactured according to your preferences, including direct dome shape, direct ring shape, low-angle ring shape, and direct bar shape.

• Lighting for image processing

The flight state of inkjet droplets can be imaged from a single droplet due to nanosecond light emission.

• Lighting for image processing

By combining with a dedicated power supply, compared to lighting of the same shape and similar size, we achieve a steady light ratio of 16 to 137 times and a conventional strobe ratio of 3 to 25 times! This super strobe lighting maximizes the LED element specifications through an original design that utilizes power LEDs. *Not suitable for continuous lighting use. Please use the dedicated power supplies IJS-SS series or ILS-SS series.

• Lighting for image processing

Compact and low-cost digital PWM controller By increasing the density of the implemented components and optimizing the design, we have achieved a compact size that is approximately 1/6 of the conventional size, making it the smallest in the industry for 30W 2CH, with a standard price of 24,000 yen (ILP-30M2) / 36,000 yen (ILP-60M2-24). It features a highly visible digital display that allows for dimming with 1000 levels of gradation. The input voltage is DC24V, and the lineup includes the ILP-30M2 with an output voltage of DC12V and a total capacity of 30W, and the ILP-60M2-24 with an output voltage of DC24V and a total capacity of 60W.

• Other image-related equipment

The minimum output voltage has been expanded from 12V to 6V for the SAG2 series power supply, allowing output control from lower light levels. The emission time can be set in finer increments of 1μs compared to conventional products. Tool-free and easy connection with push-in connectors.

• Other image-related equipment