レイマック List of Products and Services

When adopting segmented lighting, the wiring tends to increase in proportion to the number of lighting channels, but this product achieves significant wiring reduction. 1. Achieves overwhelming wiring reduction: The configuration allows the cables for the robotic arm to be managed with "only one LAN cable." 2. Compatible with any industrial camera: There is no need to purchase cameras from specific manufacturers; existing cameras can be used. 3. Synchronized lighting can be achieved with just camera settings: Since the lighting has a controller (control device) built-in, complex programming is unnecessary.

• Lighting for image processing

Reimac will sell SmartVisionLights products from the American company "SmartVisionLights" as their Japanese distributor. SmartVisionLights (hereinafter referred to as SVL) is a company that develops products primarily focused on high-speed/high-output lighting for logistics. ■ Unique Features of SVL, Built-in Controller ・ "DUAL OVERDRIVE" DUAL OVERDRIVE is a feature that combines two OVERDRIVE functions, allowing for more powerful light emission in a shorter time. ・ "HIDDEN STROBE" The bright lighting from OVERDRIVE may require measures against glare (such as the use of light shields or invisible light) for people near the lighting, but this feature eliminates that need. SVL has received the "inVISION TOP Innovation 2024" award for this technology. ・ Built-in Controller The lighting has a built-in controller, making it easy to use the above features simply by wiring the camera and lighting together.

• Lighting for image processing

8-channel split lighting with a horizontal orientation. By individually illuminating workpieces prone to halation from 8 directions and synthesizing the resulting images, it is possible to capture images while suppressing halation. It is also ideal for the appearance inspection of uneven workpieces.

• Lighting for image processing

8-channel split lighting from a low angle. By individually illuminating workpieces that are prone to halation from eight directions and synthesizing the resulting images, it is possible to capture images while suppressing halation. It is also ideal for appearance inspection of uneven workpieces.

• Lighting for image processing

The new backline lighting is now even brighter! Compared to conventional products, it achieves a high brightness of 1.6 times (red) to 4.6 times (blue). The light colors available are white, red, and blue, and the lighting length can be selected in 100mm increments, up to a maximum of 1,800mm.

• Lighting for image processing

Achieving astonishing brightness High uniformity line lighting with compact size, power consumption, and weight We offer the following two types: - High uniformity type: IDBC-LSRC-S series - High uniformity focusing type: IDBC-LSRC-S-IL series The emission colors available are red, white, and blue. Size variations are: - For the high uniformity type, up to 1,500mm in 100mm increments - For the high uniformity focusing type, up to 1,000mm in 100mm increments

• Lighting for image processing

Achieves 1.8 million lux with natural air cooling. *WD=50mm By using the app of the compatible controller, individual control every 100mm is possible from a computer. The light-emitting size is available up to 1000mm in 100mm intervals. Compared to the conventional IDBB-LSRH series: - Brightness has improved by about 1.8 times in white comparison - Achieved approximately 30% weight reduction - Compact design with 3mm in the lighting height direction and 10mm in the lighting length direction - Unlike before, it is easy to add or replace various diffusion plates with different transmittance Since it is a natural air-cooled type, it can be used in environments such as clean rooms.

• Lighting for image processing

The lighting can be easily and automatically controlled ON/OFF in conjunction with the camera's exposure time. It can be easily connected via I/O to cameras from various manufacturers such as Basler, Toshiba Teli, Omron Sentech, and FLIR. The 1-channel lighting control adapter, with a DC24V output and a maximum capacity of 36W, weighs about 40g, making it effective when combined with robots and other devices.

• Image Processing Equipment

It is possible to easily evaluate image synthesis algorithms represented by multiple imaging synchronized with the switching of the illumination direction and stereo with brightness differences. This is effective for tasks that are difficult with standard imaging, such as character inspection for glossy metals and resins, inspection of castings and patterned surfaces for engravings and dents, and detection of fine scratches. We provide hardware, software, and algorithms such as [split lighting], [controller], [I/O cable], and [sample program] all in one.

• Image Processing Equipment

Optimization of shooting timing: Synchronization control of lighting on/off, flash activation, and trigger output to the camera is possible. Scalability: High flexibility allows for connection of units, enabling use of up to 40 channels. Lighting control: ON/OFF control of lighting is possible via LAN communication. Reduced wiring: Control of up to 40 channels is possible with a single LAN cable. Expanded lineup: Both base units and edge units are available in two types, 4-channel and 8-channel specifications, with two output voltage options of 12V and 24V, allowing for individual combinations of connections. Programming function: Control of multiple inspection stages is possible with a single trigger input for inspection timing. Space-saving design: Designed for installation in control panels using DIN rail mounting. Interface standards: Compatible with GigE Vision and GenICam (Generic Interface for Cameras).

• Other image-related equipment

Output voltage can be adjusted freely from a minimum of 10V to 36V. The compact body allows for easy storage within panels. The illumination time can be set in finer increments of 1μs compared to conventional products. The push-in connector requires no tools for easy connection.

• Other image-related equipment

Most standard LED lighting from Reimac can be triggered to flash by an external trigger signal. It supports emission times from 10μs to 990μs via external triggers. For high-speed imaging applications, it is easy to synchronize the timing of illumination with the camera's exposure. Due to the low heat generation of the LED elements, they have a longer lifespan and stable light output. It can momentarily allow a higher current than constant lighting, with a maximum usage of about four times. *Maximum load varies depending on the lighting. Please also consider the IJS series for small LAN and the ILS series for small DC 24V input.

• Other image-related equipment

The overdrive setting value (SAG value) can be set from 10V to 36V with 256 gradations. The output voltage can be controlled in 256 gradations from 10V to the overdrive setting value (SAG value). It features an internal control mode operated by a switch on the front panel and an external control mode via LAN communication. It has 4 connection ports, allowing output settings from up to 4 computers. The trigger mode can be selected from internal trigger mode (fixed at 100Hz) and external trigger mode. Overdrive effect: It can be connected to the ISS series lighting, allowing it to illuminate with brightness over 16 times that of constant light and more than 3 times that of conventional strobes.

• Other image-related equipment

A lineup of 6 models ranging from 30W 2ch to 40W 8ch. Strobe lighting is possible from 2ch to 6ch with a 30W capacity. A compact overdrive power controller compared to the conventional SAG series power supply. The overdrive setting value (SAG value) can be set from 6V to 256 gradations. Output voltage can be controlled from 6V to the overdrive setting value (SAG value) in 256 gradations. There are 4 connection ports, allowing control from 4 computers. It can flow a large current instantaneously, up to about 4 times more than constant lighting. *Maximum load varies depending on the lighting. Please also consider the general-purpose SAG2 series, LAN communication type SAG-TP series, high-capacity SAG-HP series, and compact DC24V input ILS series.

• Other image-related equipment

Due to the variable output voltage method, it is ideal for line sensor cameras and high-speed shutter cameras. There is a lineup of digital types that can switch between external output control via LAN communication/parallel communication and analog types with 0-5V analog output.

• Other image-related equipment

The variable output voltage method makes it ideal for line sensor cameras and high-speed shutter cameras. There are variations that can connect lighting with a power consumption of 100W/300W/600W driven by DC24V, allowing for use with various types of lighting. External output control can be switched between LAN communication and parallel communication using a switch.

• Other image-related equipment

Output control with 1000 gradations is possible every 100mm. Ideal for line sensor cameras due to constant current output control.

• Other image-related equipment

Constant current dimming controller compatible with various external interfaces, capable of lighting a wide range of lighting options. The IHV series, IBF series, IHVA-SP series, and IHV-FX series can be connected, and other small DC 12V driven lights can be connected to each CHDC 12V output connector. External control can be selected according to the usage environment from analog 0-5V, 8-bit parallel, RS-232C, and LAN communication. By setting the maximum output current, lighting dedicated to each current control can be connected simultaneously. The maximum output current value can be set individually for each channel from 100 to 1,000 mA, allowing them to light up at the same time. The dimming range can be varied in 256 steps from 0 mA to the set maximum output current value. *Lighting with a rated power of 1.2W or less may not be usable due to potential errors caused by the automatic no-load detection function. Four types that can accommodate various external controls are available. External control options include 8-bit parallel, analog 0-5V, RS-232C, and Ethernet. You can choose external control that matches your network environment.

• Other image-related equipment

Dimming from 0 to 100% is possible with PWM control at approximately 80 kHz. It comes standard with an external ON/OFF control terminal. It supports an input voltage of AC 100 to 240V. *The standard included power cable is for AC 100V.

• Other image-related equipment

There are a total of 42 types of specifications that support an input voltage of AC100-240V, including two types of output voltage (DC12V, 24V), three types of controller output capacity (30W, 50W, 100W), three types of channel numbers (2CH, 4CH, 8CH), and three types of external control methods (TP, S2, PV). Additionally, there is a full lineup of 45 models for specifications that support an input voltage of DC24V, featuring an output voltage of DC24V, two types of controller output capacity (50W, 150W), three types of channel numbers (2CH, 4CH, 8CH), and three types of external control methods (LAN communication (TP)). You can select the optimal controller based on the combination of lighting you use and your environment.

• Other image-related equipment

Power-free pulse and strobe (overdrive) dimming controller. Intelligent lighting realized through PoE (Power over Ethernet). By integrating control via Ethernet, the lighting system becomes more advanced. Not only does it enhance control flexibility, but it also supports advanced image processing applications, small-batch and diverse manufacturing, and streamlines system development and production, contributing to cost reduction as a total system. Dimming parameter control during variety switching is possible from a computer. By switching preset data using pattern data, it processes 8 patterns of dimming data at high speed. Ensures reproducibility and responsiveness in the performance of strobe (overdrive) lighting.

• Other image-related equipment

The GigE Vision Interface makes installation and operation as easy as a camera! This is the first lighting controller from a domestic manufacturer to support the general software interface standard GenICam. It allows control of other companies' cameras and lighting equipment using the same commands from applications compatible with GigE Vision/GenICam.

• 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

Constant voltage controller with external 0-5V control function. The IMAR series, IDHM series, IFVA series, and IFHA series are variable constant voltage output controllers that can be easily connected and operated. Equipped with external ON/OFF and external 0-5V control functions.

• Other image-related equipment

1-channel type analog constant current controller for HV series, IBF series, IHVA-SP series, and IHV-FX series. Its ultra-compact size allows for installation even in tight spaces. Weighing only 74g, it is extremely lightweight. It can be used with high-speed shutters and line sensors for constant current control. The ILC series comes standard with an AC adapter. The IRC series features external control functionality.

• Other image-related equipment

Compact, low-cost digital controller Constant current dimming controller that can be directly connected to the IHV series, IBF series, IHVA-SP series, and IHV-FX series without a resistor box. Includes external ON/OFF and external 0-5V control functions.

• Other image-related equipment

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

Space-saving design with a thickness of 8.5 mm IP65 standard compliant Special optical design with a narrow beam angle

• Lighting for image processing

Space-saving design with a thickness of 8.5mm IP65 standard compliant Special optical design with a narrow beam angle Available in two colors: white and red.

• Lighting for image processing

Achieves up to 26 times brightness compared to constant light! Synchronizes the camera shutter time to emit bright light instantaneously. This is a dedicated lighting system designed for overdrive, maximizing the LED element specifications through an original design that uses power LEDs. *Not suitable for continuous lighting use. Please use the dedicated power supply SAG2 series, SAG-TP series, SAG-HP series, or IJS series.

• 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

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

• 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 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

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

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

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 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

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

Lighting equipped with high-output UV LEDs optimized for phosphor excitation. Available in Long Type and Short Type to choose the irradiation distance. Standard wavelengths are 365nm and 385nm, with custom options available for 375nm, 395nm, 405nm, and others. New high-output UV lighting with improved functionality in two shapes: the ring-shaped IDHRA series and the bar-shaped IDBB-CH series. The IDHRA series comes in two sizes, outer diameters of φ65 and φ100, with two types: Long type with narrow beam angle and Short type with wide beam angle, offering 20 variations in total with emission wavelengths ranging from 365nm to 405nm in 10nm increments. The IDBB-CH series features emission surface lengths from 77mm to 677mm in 9 sizes at 75mm intervals, also with Long type and Short type options, providing 90 variations with emission wavelengths from 365nm to 405nm in 10nm increments. The housing design has been improved, and the bar-shaped IDBB-CH series now includes mounting ports on both the back and side for enhanced installation flexibility. Additionally, both ring and bar shapes can accommodate UV-compatible diffusion plates and clear plates.

• Lighting for image processing

Lighting equipped with high-output UV LEDs optimal for exciting phosphors. Available in Long Type and Short Type to choose the irradiation distance. Standard wavelengths are 365nm and 385nm, with custom options available for 375nm, 395nm, 405nm, and others. Diffusion plates can be attached. As an option, diffusion plates/transparent plates compatible with ultraviolet light can be installed. Two types are available: a diffusion plate with a transmittance of 85% and a transparent plate with a transmittance of 100%.

• Lighting for image processing

Renewal of Red Standard Lighting! The conventional bullet-type LED red standard lighting has been renewed to high brightness and high quality. *Excludes some models. The external dimensions and installation dimensions remain the same, allowing for even wider applications.

• Lighting for image processing

Lighting equipped with high-output UV LEDs optimal for phosphor excitation. Available in Long Type and Short Type with selectable irradiation distances. Standard wavelengths are 365nm and 385nm, with custom options available for 375nm, 395nm, 405nm, and more. A lineup of 90 types in 9 sizes with emission surface lengths ranging from 77mm to 677mm, approximately 75mm each.

• 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

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