Image Recognition.com
Making the impossible possible through the fusion of image recognition and mechatronics!
We will custom-make the system as per your request.
- Company:システムエルエスアイ
- Price:Other
Last Updated: Aggregation Period:May 27, 2026~Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:May 27, 2026~Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:May 27, 2026~Jun 23, 2026
This ranking is based on the number of page views on our site.
361~390 item / All 709 items
Making the impossible possible through the fusion of image recognition and mechatronics!
We will custom-make the system as per your request.
Is it still manual? Introducing the "spray-type small etching device" suitable for testing and experiments in a tabletop size! Examples of use such as etching films!
The "Spray-Type Compact Etching Device" is a tabletop-sized device for etching processes, such as those used for printed circuit boards, as well as for developing processes. It uses the chemical reaction of etching solution (ferric chloride) to etch (chemically corrode, engrave) copper foil according to the circuit pattern. By replacing manual tasks with the spray-type compact etching device, reproducibility improves and work efficiency increases! It has also been used for etching during printing on films, making it versatile for various applications! 【Features】 - Simple processing by just inserting the substrate due to the conveyor transport method - Spray (single-sided) type allows for high-quality substrates in a short time - Recommended for small-scale etching for experiments and prototypes - Supports work sizes up to 150×200mm - Compact type that can be placed on a desk for use By using the optional dedicated exhaust treatment cover (MODEL ES-400FC), it can be connected to exhaust devices such as Sunhayato's ES-F2 and KS-8. *For more details, please contact us or download the PDF materials for further information.
Instantly visualize the invisible internal state.
This is a device for inspecting cracks in solar cell modules, checking for electrode short circuits, and detecting defects on the cell light-receiving surface. It can also support heating tests due to wiring short circuits as an option. It is compatible with both inline and offline methods.
Preventing I/O configuration mistakes and omissions in specifications, thereby reducing the startup period of production equipment by half.
Sequence-Eye is software that supports Mitsubishi Electric (MELSEC series), Omron (Sysmac series), and FANUC machine tools, allowing for the verification of interface signals and setting parameters with or without actual equipment in environments before equipment completion or after shipment. It enables I/O (input/output) checks based on specifications before installing equipment on-site, allowing for tests in a virtual environment during the equipment startup process, such as checking whether "incorrect equipment data is being collected" or "other equipment is not malfunctioning." This can reduce the equipment startup period on the factory floor by approximately half.
Capture three-dimensional shapes not with points or lines, but with "surfaces"! Introduction of Keyence's one-shot 3D shape measuring device.
The "VR-3200" is a one-shot 3D shape measurement device manufactured by Keyence. By capturing three-dimensional shapes as "surfaces" rather than points or lines, it enables the analysis of surface roughness and flatness. Additionally, it allows for comparisons with CAD data and other processed products, facilitating product observation and enabling "reverse engineering" that contributes to improved production quality. 【Features】 ■ Capable of analyzing surface roughness and flatness ■ Allows for comparisons with CAD data and other processed products ■ Enables product observation and contributes to improved production quality through "reverse engineering" *For more details, please refer to the PDF document or feel free to contact us.
Verification before creating products! Background of implementation and expectations for the introduction of XVL Studio Z.
We have introduced our "XVL Studio Z" to Sigma Corporation, a manufacturer of cameras and interchangeable lenses. Before the introduction, there were challenges such as rework for quality refinement affecting the production schedule. After the introduction of "XVL Studio Z," we can expect improvements in the efficiency of root cause analysis, which previously took a lot of time. [Challenges Before Introduction] ■ Thorough pursuit of product quality ■ Due to the complexity of the product structure, it is difficult to identify the cause when failing the electrostatic test ■ Rework for quality refinement affects the production schedule *For more details, please refer to the PDF document or feel free to contact us.
For exterior inspection of automotive components. Achieving multi-point, high-speed inspection through mechanical mechanisms!
We custom manufacture "image inspection systems" that highly combine the know-how of cameras, lenses, lighting, and mechanics. If you want to inspect products at an angle rather than just from one direction, or if you want multi-point inspections or high-speed inspections, we respond to your requests for visual inspections with mechanical mechanisms. Furthermore, we can also produce peripheral devices such as "loaders and unloaders" and "transport units," as well as "inspection data management systems for traceability"! We customize according to your requirements, including work shapes and transport methods! From device concept to mechanical design, electrical hardware and software design, mechanical and electrical assembly, and on-site installation, we provide a consistent manufacturing process. 【Applications】 ■ Inspection of small products such as automotive parts ■ Visual inspection of electronic devices 【Industries】 ■ Automotive parts ■ Mechanical parts ■ Semiconductors and LCDs ■ Electronic devices ■ Precision instruments ★ For those who wish to have a free work test limited to 10 companies, please apply by entering your desired inspection work through the [Contact Us] section.
MEMS device inspection equipment (MEMS micro-hole depth measurement, pattern inspection)
As a MEMS device inspection system, we offer a fine hole depth measurement device and a pattern inspection device. The fine hole depth measurement device utilizes an infrared camera and a special algorithm to enable the measurement of the depth of non-through holes with a diameter of less than 20 μm, which is typically impossible to measure. The pattern inspection device is an automatic infrared image processing inspection system that uses an infrared microscope and an electric stage to automatically detect defects. It can save the position, size, and images of the defective areas, and is used for inspection purposes in MEMS (micro-machines). For more details, please contact us.
Contributing to stable writing quality! A case where implementation defects such as lead bending were reduced.
We would like to introduce a case of custom solutions we have implemented. In an automation system, we built a system that performs image processing with a high-precision CCD camera to correct the position of devices that are picked up from a tray and implemented into IC sockets. By correcting the positional deviation of the devices caused by the clearance in the tray, we can implement them into the IC sockets without stressing the leads, thereby reducing implementation defects such as lead bending. Additionally, the image recognition processing can also accommodate simple lead bending inspections, contributing to stable writing quality. 【Case Overview】 ■ Industry: Automotive devices, precision equipment, home appliances/OA equipment, mobile/communication devices, semiconductor equipment, FA equipment/industrial machinery, and others ■ Application: ALL ■ Devices: Serial FLASH, microcontrollers ■ Purpose/Features: Custom solutions, quality control ■ Supported Programmers: TEH27/28 series *For more details, please refer to the PDF document or feel free to contact us.
Thanks to our unique technology, we can cancel out polycrystalline patterns and detect fine defects!
The PV-Cell appearance inspection system captures images of PV cells using a high-resolution color camera to detect defects and output NG signals. Thanks to our unique technology, it is capable of canceling out the patterns of polycrystalline materials to detect fine defects. Inspections can be performed for printing patterns, cracks, chipping, dimensions, and it is also compatible with inline inspections. Depending on the application, high-resolution 2D cameras and line sensors can be selected for use. Additionally, because we have developed our own inspection software, we can respond quickly to any additions or changes after delivery. Furthermore, since the image processing unit and the transport components are manufactured in-house, we can flexibly accommodate your requirements. For more details, please contact us or refer to our catalog.
Achieving a high-speed, high-resolution 3D inspection system!
■7000 pixel color line camera specifications ■3D variation example: height resolution of 0.55μm, horizontal resolution of 5μm, achieving a scan speed of 106mm/s with a field of view size of 35mm ■Based on 2D color image data captured simultaneously with 3D, we have incorporated our original image inspection software to also perform color image inspection ■A 3D+2D inspection device systematized by integrating it into a transport device tailored to customer specifications at our own factory, in collaboration with Chromasens.
Wide compatibility with analog signal type industrial cameras! Color/monochrome image input board.
The "MTPEX-SA-G" is an image input board that supports both color and monochrome, with an AD sampling clock of 10 to 65 MHz and an image transfer rate of up to approximately 150 MB/sec. It supports internal and external camera synchronization, as well as random shutter control (for compatible cameras only). It also supports video signals for VESA standard analog monitors (VGA@25MHz / SVGA@40MHz / XGA@65MHz) with image input at 60 fps. The expansion board size is low-profile compatible, making it suitable for space-saving PCs. *The standard accessory is a standard size bracket. If you prefer a low-profile bracket, please specify it when ordering. 【Features】 ■ PCI Express x1 Gen1 Low Profile compatible ■ Non-TV format compatible ■ Supports camera synchronization/external synchronization ■ Various DIO standard equipped ■ Compatible with Windows 7/8.1, operates with our latest library *For more details, please feel free to contact us.
PoCL/PoCL Lite compatible! 2-channel image input board
The "MTPEX-DL2-G" is an image input board compatible with CameraLink cameras, featuring a PCI Express bus (4 lanes) that supports DMA transfer. It also supports PoCL/PoCL Lite and is compatible with Base configuration color/monochrome area sensor cameras, allowing for asynchronous dual-channel acquisition. Additionally, it supports external acquisition trigger signals (GTRG) and shutter trigger signals (STRG[CC1/2]). It is also compatible with strobe trigger signals (SSRB). 【Features】 ■ PCI Express bus (4 lanes) standard DMA transfer support for CameraLink cameras ■ Supports PoCL/PoCL Lite ■ Compatible with Base configuration color/monochrome area sensor cameras ■ Allows asynchronous dual-channel acquisition ■ Supports external acquisition trigger signals (GTRG) and shutter trigger signals (STRG[CC1/2]) ■ Supports strobe trigger signals (SSRB) *For more details, please feel free to contact us.
CameraLink compatible! Image input board suitable for line sensor camera systems.
The "MTPEX-XL-G" is an image input board compatible with the CameraLink camera using a PCI Express bus (4 lanes) that supports DMA transfer. It features image acquisition interrupt functionality (FVAL detection), camera shutter pulse width control, trigger delay control, and strobe emission pulse width control. It allows for encoder pulse input, making it suitable for line sensor camera systems. 【Features】 ■ PCI Express bus (4 lanes) standard DMA transfer support for CameraLink cameras ■ Full configuration supports color/monochrome (1, 2, 4, 8 (10) TAP), area sensor/line sensor cameras ■ Medium configuration supports color/monochrome (1, 2, 4 TAP), area sensor/line sensor cameras ■ Base configuration supports color/monochrome (1, 2 TAP), area sensor/line sensor cameras *For more details, please refer to the PDF materials or feel free to contact us.
Comprehensive catalog now available! Featuring a wide range of video-related equipment, including image input boards!
This catalog is a comprehensive catalog that includes USB image input units that convert and output signals from analog cameras to USB 2.0 and USB 3.0. We introduce products such as the PCI-Express standard DMA transfer compatible image input board "MTPEX-SA-G" for analog color/monochrome cameras, as well as "MTPEX-QL2-G" and "MTPEX-SL-G." 【Featured Products (Excerpt)】 ■MTPEX-SA-G ■MTPEX-QL2-G ■MTPEX-DL2-G ■MTPEX-XL-G ■MTPEX-SL-G, etc. *For more details, please refer to the PDF materials or feel free to contact us.
Camera, lens, lighting, and image processing unit integrated! Achieve extensive image inspection with a single device. Equipped with Jetson TX2.
"Field CIS" is an image inspection system that integrates a camera, lens, lighting, and image processing unit. It can cover extensive image inspections that require multiple cameras with just one unit. Installation and setup can be done quickly, leading to a reduction in total costs. Additionally, it is equipped with a "Jetson TX2," enabling high-speed image processing. This product is widely used in high-speed printing inspections, film inspections, and image inspections in pharmaceutical manufacturing lines and food factories. 【Features】 - Only a sensor and encoder are required - Compact modular design for easy installation - SDK provided for easy programming - Supports multi-platform via WEB API *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
Processing can be done separately by R, Gr, Gb, and B, as well as by user-specified areas.
Verification software that captures RAW images output from CCD or CMOS sensors and performs output level evaluation and image processing algorithm verification.
Test for bad breath generation ability! Compact, easy to operate, and capable of high-precision measurement.
The "Atain mBA-400" is a measurement system that explores the origins of bad breath. Even if the urease-active bacteria in the oral cavity (mostly anaerobic bacteria) are inactive, by providing a quantitative substrate during measurement and incubating it in vivo to activate it, we can estimate the activity level of anaerobic bacteria and the potential bad breath level for each subject by measuring their metabolic products. The measurement time is approximately 6 minutes, including preprocessing. It allows for stable measurements that are less influenced by dietary content and medical factors. 【Features】 ■ Small, easy, and completely maintenance-free (no calibration required) ■ Evaluation of subtle physiological bad breath levels and bad breath potential ■ Inference of the oral microbial environment (auxiliary diagnosis of oral hygiene status) ■ Less susceptible to external factors and dietary content ■ Reliable ammonia amplification method *For more details, please refer to the PDF document or feel free to contact us.
A development kit for line sensor systems that comes with camera equipment.
Achieve imaging with a line sensor without the need for complicated equipment selection. By incorporating this development library into your programming, you can build your own line sensor system. 【Features】 - The set includes a line sensor, lighting, stage, PC, and control box, allowing for immediate imaging from the day of purchase. - High pixel and high definition (capable of capturing up to approximately 120 million pixels per frame). - With the pre-installed sample program, you can control the stage and the line sensor, enabling everything from imaging to image storage. - The accompanying development library manual explains the functions of the library functions following the sample program creation steps. - Even those without experience in developing line sensor systems can easily program. The source code for this sample program is also included in the kit.
Automatic measurement of light source position! Supports from shooting to measurement. LED brightness inspection system.
A system that measures the brightness of LEDs (RGB and HLS) and enables detailed brightness measurement inspections. 【Features】 ○ Captures images with an area camera connected to a computer and automatically detects the position of the LED. ○ Instantly performs brightness measurements in the detected area. ○ Capable of continuous execution from image capture to brightness measurement. ○ Supports not only red LEDs but also blue and green. *For more details, please inquire via "Request for Information" or "Catalog Download."
The revolution of visual inspection, the eye's neuro. TechnoS will evolve another era.
The technology of the 21st century is expected to transcend the era of science and technology, with bio-inspired technologies that apply the principles of living organisms significantly changing our lives and the world. Since the 1980s, Technos has focused on the functions of the human eye, uniquely converting the structure, movement, and function of retinal nerve cells into electronic circuits, and has introduced the world's most powerful automatic inspection device, the "Neuro Visual Sensor," which ensures zero misses. In the latest system, we have successfully developed a system with performance 116.5 times that of humans in detecting fine defects and over 14 times that of visual inspection in color unevenness, and we have obtained patents in 14 countries worldwide. ● For more details, please download the catalog or contact us.
By incorporating the active navigation feature, it is possible to detect periodic defects.
We will introduce the case study of automatic appearance inspection of "film" by Technos Corporation.
Even those that are embossed and used for exterior wall materials can be reliably inspected.
We will introduce the automatic appearance inspection case study of Technos Co., Ltd. for "steel and non-ferrous metals."
Inspect internal foreign objects from both sides in a single pass with a depth of field 6000 times greater than conventional methods.
We will introduce the automatic appearance inspection case of "glass and resin plates" by Technos Corporation.
It is possible to inspect for cracks and fissures despite variations in products due to differences in baking conditions.
We will introduce the automatic appearance inspection case of "ceramic tiles" by Technos Corporation.
Inspecting a field of view of 1,200mm with a single camera.
The Technos Neuro Visual Sensor "Super 5000K" is the world's highest precision automatic appearance inspection system, based on a principle completely different from conventional inspection devices, applying the function of human eye nerve cells to electronic circuits. Its accuracy far exceeds that of the human eye, boasting 116.5 times the visual accuracy for fine defects such as scratches and foreign objects, and 100 times the visual accuracy for low-contrast defects like color unevenness.
The revolution of visual inspection, the eye's neuro. TechnoS will evolve yet another era.
Since the 1980s, Technos has focused on the functions of the human eye, converting the structure, movements, and functions of retinal nerve cells into electronic circuits using its unique technology, and has introduced the automatic inspection device "Neuro Visual Sensor" that ensures zero omissions. This booklet provides an easy-to-understand explanation of some of the appeal of the "Neuro Visual Sensor."
Achieving quality full inspection and equipment diagnosis through inline constant monitoring of production equipment!
The "Mold Press Processing State AE Inspection System" continuously monitors and evaluates AE signals released due to the occurrence and progression of mold/product anomalies through inline inspection, ensuring 100% inspection. Sensors are primarily installed on the stationary part, the lower mold, to detect AE propagation signals from the upper mold and the product. A gate is established at the timing when the target anomaly occurs, and the occurrence of anomalies is determined from the changes in the AE parameters and waveform shapes within this gate. 【Features】 ■ Continuous monitoring and evaluation of AE signals for 100% inspection ■ Distinct AE signals generated during each processing stage → Understanding processing conditions from AE characteristics ■ Determining the occurrence of anomalies from changes in AE parameters and waveform shapes *For more details, please refer to the related link page or feel free to contact us.
Real-time AE measurement during welding! Detection and judgment through inline continuous monitoring, with 100% inspection.
We would like to introduce our "Laser Welding Process AE Inspection System." This inspection system evaluates the melting condition during laser welding by measuring AE in real-time during the welding process. It detects and determines product bonding defects caused by abnormalities in laser output through inline continuous monitoring, ensuring 100% inspection. Additionally, defects such as blowhole issues after welding can also be detected by applying stress to the welded product, allowing for AE inspection. 【Features】 ■ Evaluates the melting condition during laser welding ■ Detects and determines through inline continuous monitoring, ensuring 100% inspection ■ Defects such as blowhole issues after welding can also be detected by applying stress to the welded product, enabling AE inspection *For more details, please refer to the related link page or feel free to contact us.
We will detect and determine abnormal AE signals caused by grinding burn through inline continuous monitoring and conduct a full inspection!
This is an introduction to our "Crankshaft Grinding Defect AE Inspection System." This inspection system detects and determines abnormal AE signals caused by grinding burns through continuous inline monitoring, performing 100% inspection. Our company has ventured into the design and manufacturing of new electronic devices, including solar cells, and has made significant progress not only in trading functions but also in the manufacturing sector, achieving a wide range of activities both domestically and internationally. Please feel free to consult us when needed. *For more details, please refer to the related link page or feel free to contact us.*