Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 46 items
独自の音響・振動診断技術を活用し、官能検査・点検を音で見える化・証跡管理を実現。センサ選定等、一貫したソリューションとしてご提供
◆概要 １．五感のデジタル化 熟練者の感覚（聴感、触感）をデジタル化します。検査証跡の確保、⽣産性や品質向上へ寄与します。 ２．時系列変化も診断に活⽤ 振動計やFFT解析（⾼速フーリエ変換：FastFourierTransform）では⾒えない状態も、診断に活用できます。 ３．独自の音響・振動特徴量 対象物の音響・振動データより独自音響特徴量を抽出することで 抽出した特徴量より正常・異常状態を適切に表す特徴量を選定し、AIへ学習します。 データ量の少量最適化と早期システム化を実現します。
Monitoring distribution lines while driving a car! A system that diagnoses conditions in real-time.
"TADS" is a fictional distribution line automatic diagnostic system that can classify "abnormal/attention/concern/normal" in real-time using an automatic analysis algorithm. It automatically adjusts the level and span of thermal images, minimizing analysis errors by inspectors. In addition to being linked to GPS for utilizing map information, it also allows for automatic report generation and data management through a database. 【Features】 ■ Automatic analysis algorithm - Distribution line condition analysis - Automatic adjustment of thermal image level and span ■ Minimizes analysis errors by operators ■ Data management through a database *For more details, please refer to the PDF materials or feel free to contact us.
Create inspection programs using basic libraries! For inspecting wafers and printed circuit boards, etc.
At Japan System Co., Ltd., we design, manufacture, and provide systems tailored to customer needs, including image processing and automatic waveform processing judgment. "CLIP MICRO" is a high-resolution image diagnostic system capable of inspecting debris on wafers and films, glass printing, and patterns on printed circuit boards. Using a basic library for measurement, defect detection, and debris detection, we create inspection programs tailored to the target. 【Features】 - Capable of inspecting debris on wafers and films, glass printing, and patterns on printed circuit boards - Utilizes a basic library for measurement, defect detection, and debris detection - Creates inspection programs tailored to the target - Focus: Auto-focus *For more details, please refer to the PDF document or feel free to contact us.
It automatically estimates the cause of abnormalities and also creates a report.
After calculating multiple dimensional and non-dimensional parameters from vibration waveform data, the condition of the equipment is managed by integrating those values. ★For more details, please refer to the catalog. ＝＝＝＝＝ Features ＝＝＝＝＝ 【Comprehensive Diagnostic Analysis Functions】 ● You can closely observe changes in equipment condition through trend graphs, waveform displays, and 2D and 3D spectrum comparisons. ● Analysis data can be output in CSV format. ● Automatically estimates the cause of abnormalities and generates reports. ● Anyone can perform expert-level diagnostics with simple operations. 【User Customization Functions】 ● Special machines other than general rotating machinery can also be newly registered.
Early detection of abnormalities in rotating machinery through remote monitoring. Contributes to improved operational efficiency and trouble prevention.
"T-MCMA" is a system that monitors and diagnoses the state of motors and load-side machinery in rotating machines with high precision. By simply clamping a current sensor to the power line in the distribution board, it can analyze the motor's drive current signal regardless of the installation environment on-site, allowing for constant awareness of the health of rotating machinery. 【Functions】 ■ Early detection of abnormalities in the motor and load-side machinery, enabling preventive maintenance. ■ Measurement and diagnosis can be performed without the need for complex installation work by simply attaching clamp sensors to the electrical panel. ■ Multi-channel online monitoring and diagnosis supported by wireless networks and cloud technology. 【Features】 ■ Compatible with a wide range of rotating machinery, from general rotating machines to low-speed rotating machines, inverter-driven machines, and high-voltage motors. ■ Applicable to machinery in various locations such as underwater (in liquid), high places, and hazardous areas (high temperature, explosion-proof). ■ Real-time multi-channel monitoring enabled by wireless networks and cloud computing. ■ Implementation with reduced initial investment is possible, allowing for remote diagnosis from various locations. *For more details, please download the PDF or feel free to contact us.
Are you aware of your company's risks? i-CRAS enables the visualization of corporate risks.
This is a corporate risk assessment system available via the internet. It collects the results of individual risk assessments conducted by your company's personnel, providing total support for ERM tasks such as generating risk maps, ranking risks, and verifying countermeasures. ■ You can start comprehensive risk management (ERM) with the evaluation of basic risk items. ■ - We offer basic risk items related to overall corporate activities, including risks associated with business processes in accordance with the Companies Act and J-SOX, as well as disasters and compliance-related issues, making it easy for companies just starting with ERM to begin risk assessment. * For listed companies: [161 items], for unlisted companies: [142 items] - In higher versions, it is also possible to select and add risks tailored to your company's situation.
It is an abnormal diagnosis system that detects processing anomalies during cutting operations and estimates tool wear and damage.
The abnormal detection and diagnosis system for machining is an abnormal diagnosis system that can estimate machining anomalies during cutting processes and tool wear or damage in real-time. Is there a 'red signal' from the cutting tool? It performs high-precision diagnosis through time-series analysis, allowing for early detection of tool wear and damage, accurate identification of tool replacement timing, and instant checking of minute vibrations. Data analysis is conducted on a computer. This system can be realized by externally connecting an abnormal diagnosis machine and sensors to commercially available computers. 【Features】 ○ High-precision diagnosis through time-series analysis ○ Early detection of tool wear and damage ○ Accurate identification of tool replacement timing ○ Instant checking of minute vibrations For more details, please contact us or download the catalog.
![[Perfect for the oil and chemical industry!] Online equipment diagnostic system](https://image.mono.ipros.com/public/product/image/b75/333382005/IPROS1863712809478511651.JPG?w=280&h=280)
Easy installation, easy operation, and remote monitoring of equipment at a low price. Ideal for small-scale monitoring, test installations, and equipment with changing layouts.
The "Compact Monitoring Unit CU-10000" allows for remote monitoring of equipment data, including vibration diagnostics with 16 points of vibration, 8 points of analog voltage, and 8 points of voltage-free contacts, all in one unit. It enables easy installation, simple operation, and cost-effective online monitoring of equipment data. It is ideal for small-scale monitoring, test installations, and equipment with changing layouts. For additional features and details, please download the catalog. Alternatively, we can provide you with a detailed specification sheet! Please contact us.
Production history + pesticide suitability diagnosis (Tresa) systematized with cloud computing!
What is the Production History + Pesticide Appropriateness Diagnosis and Traceability System (NET Farmers - Tresa PRO)? - Tresa PRO is the common name for the pesticide appropriateness diagnosis and traceability system uniquely developed by Techno Network. - It is a system that allows for pesticide appropriateness diagnosis based on production history information filled out by producers, using a computer. - By implementing this system at JA agricultural cooperatives, roadside stations, and direct sales outlets, it can achieve food "safety" and "security," as well as "easy operation" and "high security" of the system.
Through computer analysis, we diagnose piping quickly and accurately without stopping the building's functions!
The "Jusco X-RAY Pipe Deterioration Diagnosis System" conducts accurate diagnostics through comparative analysis of images obtained from side-by-side shooting of existing pipes and monitoring pipes. It is capable of measuring more than twice as fast compared to conventional sample cutting methods, with approximately 10 locations per day. By innovating the side-by-side shooting and imaging methods for the monitoring pipes, we have improved the contrast of the film images and enhanced accuracy. Additionally, with work methods that comply with standards and dedicated installation jigs, rapid diagnosis can be performed in various locations. 【Features】 ■ High accuracy ■ Precise lifespan prediction ■ Fast diagnosis and analysis ■ No disruption to building functions ■ High safety *For more details, please refer to the PDF materials or feel free to contact us.
Regular inspections and replacement work for signal cables are no longer necessary! Cost reduction and improved operational efficiency can be achieved!
By wireless-ifying the factory equipment, maintenance of signal cables and power cables will no longer be necessary. This addresses the concern of "the hassle and high costs associated with maintaining cables for wired equipment, leading to reactive measures." The following items represent the costs associated with cable management, which will be improved through wireless technology: [Overview] ■ Labor costs for checking for cable disconnections, damage, or fatigue ■ Labor costs for cable replacement ■ Costs for new cables if cables are replaced ■ Opportunity losses due to work stoppage during cable replacement ■ Risks of unexpected work stoppages due to internal cable disconnections that cannot be detected through visual inspection *For more details, please refer to the external link page or feel free to contact us.
New value for certified senior courses! Service scheduled to start in April 2025!
This is a new driving assessment service utilizing practical instruction during certified senior driver courses. The "Satry" driving assessment system, developed in collaboration with the Japan Automobile Driving School Association and Toyota Motor Corporation, automatically analyzes driving conditions in real-time based on vehicle operation and location information during certified senior driver courses, producing a driving assessment report. During the contract period, measurement equipment will be provided on loan, eliminating the need for a large initial investment. It can be operated with minimal initial setup costs and monthly usage fees. We provide new value that enhances participants' awareness of their own driving, enriches the course content, and contributes to the profitability of driving schools. 【Features】 ■ High reliability: Developed in cooperation with automobile manufacturers, taking into account feedback from many driving schools. ■ No need for dedicated vehicles: Can be implemented with vehicles currently in use (specific vehicle types may vary). ■ Quick assessment: Diagnosis results are output approximately 20 seconds after measurement completion. ■ Cloud management: No need for physical storage of documents. Various analyses can be conducted using accumulated data. ■ Low cost: Both initial and running costs are low.
We introduce an automatic equipment diagnosis system that implements multimodal deep learning methods.
"Artemis" is an automatic diagnostic system that enables the identification of abnormal factors/signs by learning from the medical record data of skilled technicians. Based on the actual waveform data and medical record data accumulated by skilled technicians over decades of diagnosis in various fields, we have constructed a system for automating diagnosis using multimodal deep learning techniques (Patent No. 6853986). Additionally, by using a newly developed dedicated wireless vibration sensor, we enable retrofitting for constant remote diagnosis of equipment. Applications can be selected from both cloud-based and edge systems. [Features] - Implementation of multimodal deep learning techniques - Direct cloud connection of wireless sensors for constant remote monitoring (cloud version) - Implementation of a trained model based on medical record data accumulated by skilled technicians - Email alerts sent upon abnormal detection *For more details, please download the file below and refer to it. *If you have any questions or concerns, please feel free to contact us.
