太洋テクノレックス List of Products and Services

Are you having trouble detecting fine defects? 【We would like to ask about the final appearance inspection machine you are currently using】 * Are you satisfied with the detection? 【YES・NO】 * Are there few false positives? 【YES・NO】 If you answered NO to any of these, please try TY-VISION. It boasts top-class detection performance for package substrates, ceramic substrates, FPCs, and is widely adopted in mass production processes. By adding the AI system XAIS, we have achieved a dramatic reduction in the number of false positives. We are available for demo inspections at any time, so please feel free to consult with us. * If you provide the information about the substrate first, we will hold the data and the object for implementation.

The "TY-VISION M109SC" is a final appearance inspection device for circuit boards that accommodates larger-sized products. 【Effective inspection size: 400(W)×500(D)mm】 By adopting a high-resolution camera, it covers an imaging width of 5µm specification, and the inspection setting method, designed with usability in mind, enables comfortable defect detection. Detailed settings can be customized to meet the complex inspection standards of each user. We will determine the inspection specifications according to your requirements and provide the best final appearance inspection system for you. 【Features】 ■ Large inspection stage × high-definition camera ☐ Collaboration with our unique AI system "XAIS" reduces false positives and achieves labor savings! ■ Detection capability that does not miss minor defects ■ Excellent software for products that pursue high-quality inspections Detailed settings can be customized according to the inspection standards of each product. *For more details, please refer to the PDF materials or feel free to contact us. #Ceramics #Ceramic #PowerSemiconductors #CircuitBoardInspection #InspectionEquipment #AppearanceInspection #FinalAppearance #AI #AFVI #Inspection #CircuitBoard

We have started accepting orders for the optical resolution 2.5μm fully automatic double-sided final appearance inspection system 'TY-VISION A308DC'. It is ideal for the final appearance inspection process in clean rooms! ■ Achieves stable imaging with auto-calibration function and smoothness adjustment mechanism. ■ 【Multi-scan function】 For double-sided inspection: 2 scans per side × front and back; for single-sided inspection: 4 scans per side. ■ The inspection stage can be selected from two types: a versatile type for various board specifications and a dedicated type. ■ Adopts a transport and suction method using a linear actuator, enabling more stable inspections. ■ A rich set of optional features (compatible with dedicated rack specifications, paper insertion and removal function, 2D code reader, production management system integration, etc.) ■ Maximum board size: 200mm × 300mm ■ Standard equipped with FFU #BoardInspection #AppearanceInspection #InspectionEquipment #FinalAppearance #FinalBoardAppearanceInspection #AVI #AFVI #InspectionSystem #InspectionEquipment

The A307DC is an automatic final appearance inspection device capable of not only double-sided inspection but also single-sided inspection twice under different conditions. It comes standard with a clean roller, overlapping input detection function, and paper insertion/extraction function. By equipping it with an ID code reader, inspection results can be linked to the product during inspection and verification, making quality management easier. It features software suitable for products that pursue high quality, allowing for detailed settings to match complex inspection standards. 【Features】 ■ Our AI system 'XAIS' can be added, achieving labor-saving and efficiency! ■ Outstanding detection capability with abundant inspection settings ■ High traceability ■ Inspection software 'TY-LABINS' suitable for products that pursue high quality #CircuitBoardInspection #InspectionEquipment #AppearanceInspection #FinalAppearance #AFVI #AVI #AI #Inspection

Introducing the AI system for final appearance inspection of circuit boards, 'TY-VISION XAIS'. The defect information detected by the AVI (final appearance inspection device for circuit boards) 'TY-VISION' is automatically categorized into "good" and "needs confirmation" by the XAIS (AI system). Only the areas marked as "needs confirmation" received from XAIS are checked by the inspector for the final judgment. We solve the challenges of final appearance inspection before shipment, such as securing inspectors, labor costs, time spent on training, and inspection man-hours to prevent defective products from being shipped. 【Benefits of Implementation】 ■ Reduction of man-hours ■ Reduction of labor costs ■ Stabilization of inspection quality *For more details, please refer to the PDF document or feel free to contact us. #CircuitBoardInspection #InspectionEquipment #AppearanceInspection #FinalAppearance #Efficiency #LaborSaving #AVI #AVFI #Inspection #Defects #DefectDetection

The "M109SC" is a final appearance inspection device for printed circuit boards that accommodates larger-sized products. 【Effective inspection size: 300(W)×500(D)mm】 It employs a high-resolution camera that covers an imaging width at a high resolution of 5µm, and enables comfortable defect detection through a user-friendly inspection setting method. Detailed settings can be tailored to the complex inspection standards of each user. We will determine the inspection specifications according to your requirements and provide the best final appearance inspection system for you. 【Features】 ■ Large inspection stage × high-definition camera ☐ Reduces false positives and automates processes through integration with our unique AI system 'XAIS'! ■ Abundant options ■ Software suitable for products pursuing high quality ■ Detection capability that does not miss minor defects ■ Detailed settings can be customized according to the inspection standards of each product *For more details, please refer to the PDF materials or feel free to contact us. #PCBInspection #InspectionEquipment #AppearanceInspection #FinalAppearance #AI #AFVI #Inspection

The "M105SC" is a manual final appearance inspection device that accommodates a wide variety of products. Featuring an angle-adjustable camera and LED lighting, it offers advanced inspection capabilities in a compact design. It is well-regarded for its high-quality inspection accuracy across diverse products such as rigid boards, FPCs, ceramics (for power devices, etc.), glass products, and metal etching products. Detailed settings can be customized to meet the complex inspection standards that users may have. *Currently accepting benchmark tests!* We are conducting benchmark tests with actual circuit boards as needed. If you are interested, please feel free to contact us. **Features** - Compatible with various products (FPC, PCB, ceramics, metal-based, metal masks, displays) - Achieves high traceability - Software suitable for products that pursue high quality #CircuitBoardInspection #InspectionDevice #FinalAppearance #AVI #AFVI #Inspection #AI #AppearanceInspection

Enhance your final appearance inspection equipment! Achieve perfect quality control with our verification system! The final appearance inspection equipment for raw substrates cannot be completed with just inspection machines, even if they are automated. The enhancement of peripheral devices raises the inspection level! The 'TY-VISION' final appearance inspection system responds to the need for better inspection quality and thorough product management. * From manual types to automated machines, from individual pieces to large sheets. * From package and module types to general substrates. * Including standard substrates, ceramic substrates, metal substrates, and flexible printed circuits... It boasts exceptional detection capabilities across a wide range of applications. Peripheral systems are also well-equipped! Various verification systems and our unique AI systems are available. *Demonstration inspections are conducted regularly. If you provide the data and substrates, we will carry out BMT.* #SubstrateInspection #AppearanceInspection #InspectionSystem #FinalAppearanceInspection #FinalAppearance #InspectionEquipment

The "TY-CHECKER DG430MW" is a fully automatic live circuit inspection device that achieves high-speed inspection and high-speed mechanical contact. The process from input to output is completed in about 5 seconds, making it suitable for mass production inspections. With the four-terminal measurement specification, it can measure only the resistance of the circuit board without being affected by wiring resistance or contact resistance. Additionally, by using a dedicated adapter, your existing 44MD fixtures can be used with this device. Our company, in partnership with Kyoei System, enables stable operation with the "DG." 【Features】 ■ High-speed inspection ■ High-precision four-terminal measurement support ■ Compatible with Kyoei System 44MD fixtures *For more details, please refer to the PDF document or feel free to contact us. #CircuitBoardInspection #LiveCircuitInspection #ElectricalInspection #Open #Short #FourTerminal #FourTerminalMeasurement #MicroShort

The "TY-CHECKER DS401 (AT)" is a powered inspection system that adds X-direction movement (horizontal movement) to the conventional Y-direction step and repeat transport. It supports both a unique dedicated plate holding method that does not apply tension and a tension holding method, allowing for selection based on the product. By swapping out the measurement section, high-frequency characteristic testing can be performed on sheets or individual pieces, achieving stable automatic/semi-automatic high-frequency inspection by leveraging the advantages of a fixed jig. 【Features】 ■ Step and repeat transport in the XY direction ■ Contributes to downsizing of jig head (reducing jig costs) ■ Selectable product holding methods ■ Compatible with high-frequency characteristic testing *For more details, please refer to the PDF materials or feel free to contact us. #CircuitBoardInspection #InspectionEquipment #PoweredInspection #ElectricalTesting #Continuity #Insulation #Open #Short #Leak #FourTerminal #Testing

The "TY-CHECKER DS401" is a powered inspection system that adds X-direction movement (horizontal movement) to the conventional Y-direction step-and-repeat transport. Since the device is semi-automatic, the entire front of the machine is almost open, making it easy to handle the workpieces. It is designed to be valuable in product development and production technology settings. Transitioning to mass production can be done smoothly by adopting the AT type. It supports both a unique dedicated plate holding method that does not apply tension and a tension (chuck) holding method, allowing for selection based on the product. By swapping out the measurement section, high-frequency characteristic testing can be performed either on sheets or individual pieces, leveraging the advantages of a fixed jig to achieve stable semi-automatic high-frequency testing. (Automatic operation is also possible with the 401AT.) 【Features】 ■ Maximum substrate size: 305mm × 510mm ■ Step-and-repeat transport in the XY direction ■ Contributes to downsizing of jig head (reducing jig costs) ■ Selectable product holding methods ■ Continuity, insulation, 4-terminal testing, micro-short detection ■ Compatible with high-frequency characteristic testing #SubstrateInspection #InspectionSystem #PoweredInspection #ElectricalTesting #Short #Open #FourTerminal #MicroShort

The "TY-CHECKER DS series" is a power continuity inspection system optimized for sheet substrates represented by FPC (Flexible Printed Circuit Board). It adopts a unique dedicated plate holding method (patented) that does not apply tension, achieving stable transport even for ultra-thin FPCs and flex circuits after punching. The inspection unit is equipped with a high-precision checker, capable of conducting continuity tests, insulation tests, four-terminal tests, and micro-short detection. 【Features】 ■ Unique transport system: Dedicated plate transport method ■ Equipped with a unique dual alignment system! 　□ Learning-type camera-less alignment 　□ Built-in camera alignment within the fixture ■ Various fixtures (wire-type and composite-type) can be installed, allowing for cost reduction. *For more details, please refer to the PDF document or feel free to contact us. #BoardInspection #InspectionEquipment #PowerContinuityTest #ElectricalTest #Continuity #Insulation #Open #Short #Leak #FourTerminal #Inspection

The "TY-CHECKER DS301" is a Y-direction step-and-repeat electrical inspection device designed for long FPC (flexible printed circuit boards). It is ideal for continuity and insulation testing of automotive FPCs and similar applications. (It also supports rigid-flex and hard boards!) Thanks to its unique dedicated plate holding method that does not apply tension, stable inspections are possible. *Stable inspections can be achieved even with cutouts such as slits. 【Features】 ■ Maximum inspection size: 610×270mm ■ Automatic alignment for upper and lower sections. ■ Learning-type alignment is standard equipment. ■ High-precision inspection unit included. ☐ CE compliant *For more details, please refer to the PDF document or feel free to contact us. #BoardInspection #InspectionEquipment #ElectricalTesting #Continuity #Insulation #FourTerminal #Open #Short #Leak

The "Type E" is an electrical testing machine that achieves high-speed and high-precision inspections. It has a compact design that does not take up much space, allowing it to be placed on a desk. We offer a wide range of options to choose from based on inspection requirements, including the number of points, high-precision four-terminal testing, and micro-short testing. Additionally, it can be connected to hand presses or jigs that you may already own for use. 【Features】 ■ A tester that forms the core of the electrical testing system "TY-CHECKER series" ■ Compact design ■ Abundant options ■ Excellent versatility #BoardInspection #TestingEquipment #PowerOnTesting #ElectricalTesting #Continuity #Insulation #ShortCircuit #OpenCircuit #FourTerminal

This is a manual power-on inspection system of the one-plate type. With over 35 years of proven experience, the reliable TY-CHECKER series! (Continuity, insulation, four-terminal, micro-short, spark testing, etc.) Please feel free to consult us regarding various specifications. 【Features】P20E ■ Maximum inspection size: 550×340mm ■ Equipped with a micrometer adjustment mechanism for the lower fixture. ■ Designed with safety considerations for both the working side and the back side. #CircuitBoardInspection #InspectionEquipment #PowerOnTesting #ElectricalTesting #Continuity #Insulation #Open #Short #Leak #FourTerminal #Testing

This is a standard electric testing system of the one-plate type. With over 35 years of proven track record, the reliable TY-CHECKER series! (Continuity, insulation, four-terminal, micro-short, spark testing) Please feel free to consult us about various specifications. 【Features】 ■ Maximum inspection size: 550×340mm ■ Equipped with a micrometer adjustment mechanism for the lower fixture. ■ Designed with safety considerations for both the working side and the back side. #CircuitBoardInspection #PowerOnTesting #ElectricalTesting #Open #Short #FourTerminal #Testing

◆FPC (Flexible Printed Circuit Board)◆ 　　　~Taiyo Techno-Rex's Strengths in FPC Manufacturing Processes~ 　　　　　FPC manufacturing requires multiple critical processing steps. 　　　　　Improving the "strengths" of each process directly leads to advancements in technology and quality, as well as new product development. 　　　　　This time, we will introduce the "strengths" we have cultivated over many years in each process! 　　　　　<Design> Circuit design, artwork, S-parameter analysis 　　　　　<Layer Connection> Build-up FPC, filled vias, small-diameter vias 　　　　　<Circuit Formation> MSAP method, thin copper, thick copper 　　　　　<Insulation Treatment> High precision openings ±20μm, LCP coverlay 　　　　　<Surface Treatment> Standard NiAu to special plating options (Ni-Pd-Au, direct Au, etc.) 　　　　　<Post-Processing> High precision outline processing ±50μm, diverse tools 　　　　　<Mounting Assembly> Solder mounting, ACF bonding, wire bonding, ultrasonic joining, EMS support ◆Various Substrates and Ceramic Materials◆ 　　　Introduction of AI technology, final appearance inspection equipment, and electrical testing equipment ◆Efficiency and Automation◆ 　　　Proposals for utilizing FA and collaborative robots

1) Test System Business - Development/Manufacturing of Electrical Inspection Systems - Development/Manufacturing of Final Appearance Inspection Systems - Manufacturing of Visual Inspection Devices and Image Processing Devices 2) Industrial Machinery System (Trading Company) Business - Robot FA Systems - Design/Manufacturing of Automation Systems - Sales of high-end products from selected manufacturers - "World's first" needle-free ionizer static electricity removal device Ion Blade F3 3) Electronic Circuit Board Business - Design/Manufacturing of Flexible Printed Circuit Boards - Assembly of Printed Circuit Board Mounting - Electronic Circuit CAD Design - Production of Metal Masks (Electroforming Method) - Design/Manufacturing of Various Contact Probes - High-Precision Lead Frame Prototyping 4) Mirror Polishing Machine Business (Mirak Co., Ltd.) - Manufacturing of Mirror Polishing Machines/Grinders - Maintenance and Retrofit of Equipment - Sale of Abrasive Stones

Taiyo Industrial Co., Ltd. (Established December 1960) Taiyo Technolex Co., Ltd. (Name changed December 2023) [Thoughts Behind the New Company Name] The coined term "TECHNOLEX," derived from "Technology" and "Flexible," symbolizes the flexibility of our main product, FPC (Flexible Printed Circuit Board), as well as our commitment to adapt flexibly not only to conventional technologies but also to new technologies and areas such as technology trading. We are evolving beyond the confines of "industry" and looking towards a transition to a more global market.

An FPC is installed at the mouth of "liquid-filled containers" flowing on production lines such as conveyor belts, enabling instant detection of minute liquid leaks. This contributes to the automation of line stoppages and the elimination of defective products. It is a new inspection solution that realizes "visualization" for quality improvement, cost reduction, and standardization of inspection processes. 【Features】 - High-precision surface detection that surpasses visual inspection capabilities - Inline installation on existing lines is possible (retrofit compatible) - Compatible with various shapes such as bottles, pouches, and nozzles - Eliminates reliance on specific personnel, enabling unmanned operation without the need for training - Automation and standardization of inspection processes through the supplementation of visual inspections - Addresses labor shortages with 24-hour unmanned inspections 【Benefits of Implementation】 - Increased efficiency and improved yield in pre-shipment inspections - Reduced risk of returns and recalls - Lower labor and training costs - Standardization of quality across overseas locations The FPC can be customized according to container shapes through in-house design and manufacturing.

In the automotive industry's quality assurance, the reliability of electronic components is extremely important. Since these components are related to vehicle safety, strict inspections are required to prevent electrical malfunctions before they occur. Particularly for electronic components used in environments with severe vibrations and temperature changes, issues such as poor conductivity, insulation failures, and shorts can lead to serious accidents. The TY-CHECKER Type E contributes to the improvement of automotive parts quality by detecting these problems early through high-speed and high-precision inspections. 【Usage Scenarios】 - Quality inspection of automotive electronic components - Inspection of ECUs (Electronic Control Units) - Inspection of various sensors - Inspection after circuit board assembly 【Benefits of Implementation】 - Reduction of inspection time - Early detection of defective products - Improvement of quality - Gaining customer trust

In the home appliance industry, quality control of circuit boards is crucial to ensure product safety. In particular, electrical malfunctions can lead to fires or electric shock accidents, necessitating high inspection accuracy. Our electrical inspection device, the 'TY-CHECKER Type E' tester, conducts detailed inspections of the electrical characteristics of circuit boards through continuity testing, insulation testing, four-terminal testing, and micro-short detection, thereby enhancing product safety. 【Usage Scenarios】 * Circuit board inspection in the manufacturing process of home appliances * Inspections in the quality control department of products * Inspection of prototype circuit boards during the development stage 【Benefits of Implementation】 * Improved product safety * Early detection and countermeasures for quality issues * Gaining customer trust

In the aerospace industry, the safety and reliability of products are the top priorities. For circuit boards used in harsh environments, even the smallest defects cannot be overlooked. Poor conductivity or insulation failures can lead to serious accidents. The TY-CHECKER Type E tester reduces these risks through high-speed and high-precision inspections, contributing to improved product reliability. 【Application Scenarios】 * Inspection of electronic circuit boards for aircraft, spacecraft, and satellites * Quality control of electronic devices requiring high reliability * Quality assurance in the manufacturing process 【Benefits of Implementation】 * Reduced inspection time * Early detection of defective products * Improved product reliability * Cost reduction

In the medical device industry, precise inspection of circuit boards is essential to ensure product safety and reliability. Particularly in boards with fine circuits and high-density implementations, it is crucial not to overlook minute defects such as poor conductivity, insulation failures, and micro-shorts. These defects can lead to malfunctions or performance degradation of medical devices, potentially jeopardizing patient safety. The TY-CHECKER Type E tester strongly supports quality control in medical devices with its high-speed and high-precision inspection capabilities. 【Usage Scenarios】 - Inspection of circuit boards for medical electronic devices - Inspection of circuit boards for precision measuring instruments - Inspections in quality control departments - Prototype circuit board inspections in research and development departments 【Benefits of Implementation】 - Reduction in inspection time - Improvement in inspection accuracy - Prevention of defective products from being released - Enhancement of product reliability - Cost reduction

In the semiconductor industry, accurate inspection of substrates is essential to ensure product quality and reliability. Especially as miniaturization progresses, issues such as connectivity failures, insulation failures, and shorts can significantly reduce yield. The TY-CHECKER Type E tester contributes to yield improvement by quickly detecting these problems through high-speed and high-precision inspection. 【Usage Scenarios】 * Inspection in the semiconductor substrate manufacturing process * Inspection of FPC (Flexible Printed Circuit Boards) * Inspection of package and module substrates 【Benefits of Implementation】 * Prevents the outflow of defective products and improves yield * Increases productivity by reducing inspection time * Capable of addressing diverse inspection needs

In the telecommunications industry, ensuring signal integrity has become an important issue with the spread of high-speed data communication. Signal distortion and noise can lead to a decline in communication quality and malfunctions, resulting in decreased customer satisfaction. The TY-CHECKER Type E tester contributes to improving the reliability of communication equipment by early detection of these issues through high-speed and high-precision inspection. 【Usage Scenarios】 * Manufacturing processes of high-speed communication devices * Inspection of circuit boards where signal integrity is required * Prototype evaluation in product development 【Benefits of Implementation】 * Prevention of defective products from being released * Improvement in quality control * Gaining trust from customers

In the energy industry, the reliability and safety of products are the top priorities. Particularly in power supply systems and renewable energy-related equipment, the quality of the circuit board is directly linked to the efficiency and stability of the system. Poor conductivity or insulation can lead to system shutdowns or efficiency declines, potentially resulting in significant losses. The TY-CHECKER Type E tester contributes to improving energy efficiency by quickly detecting these issues through high-speed and high-precision electrical testing. 【Usage Scenarios】 * Inspection of inverter circuit boards for solar power generation systems * Inspection of control circuit boards for battery storage systems * Inspection of circuit boards for power converters * Inspection of circuit boards for smart grid-related equipment 【Benefits of Implementation】 * Increased productivity due to reduced inspection time * Cost savings through early detection of defective products * Improved customer satisfaction due to enhanced product reliability * Maximization of energy efficiency through stable system operation

In the industrial machinery industry, the durability of substrates is crucial to ensure the long-term reliability of products. To provide products that can withstand harsh environments, quality control of substrates is essential. Poor conductivity or insulation can lead to malfunctions or failures of machinery, potentially shortening the lifespan of the products. The TY-CHECKER Type E tester contributes to improving the durability of industrial machinery by detecting these issues early through high-speed and high-precision inspections. 【Usage Scenarios】 - Industrial machinery used in harsh environments - Machinery that requires long-term operation - Manufacturers that want to enforce strict quality control 【Benefits of Implementation】 - Improved product reliability - Reduced risk of failure - Lower quality control costs

In the robotics industry, precise inspection of circuit boards is essential to ensure product reliability. Particularly for circuit boards that control robot operations, issues such as poor conductivity or insulation failures can lead to malfunctions or breakdowns of the robots. Our electrical inspection device, the 'TY-CHECKER Type E' tester, guarantees the quality of circuit boards through high-speed and high-precision inspections, contributing to improved reliability of robots. [Usage Scenarios] - Inspection of robot control circuit boards - Inspection of various sensor circuit boards - Inspection of robot arm circuit boards [Benefits of Implementation] - Reduced inspection time - Early detection of defective products - Increased operational efficiency of robots

In the IoT device industry, accurate electrical testing of circuit boards is essential to ensure product reliability. Particularly in IoT devices equipped with various sensors and communication modules, electrical issues such as poor connections, shorts, and opens can lead to device malfunctions and interruptions in data communication. The TY-CHECKER Type E tester contributes to improving the quality of IoT devices through fast and high-precision testing. 【Usage Scenarios】 - Circuit board inspection in IoT device manufacturing - Connectivity testing of sensor modules and communication modules - Inspection of prototype circuit boards during product development 【Benefits of Implementation】 - Early detection of poor connections and electrical defects - Improvement in product quality and reliability - Increased production efficiency through reduced inspection time

In the railway industry, the reliability of electrical systems is extremely important to ensure the safe operation of vehicles. Particularly in environments exposed to vibrations and temperature changes, poor connections or insulation failures in electrical components can lead to serious accidents. The TY-CHECKER Type E helps detect these issues early and supports safe operations. 【Usage Scenarios】 - Electrical wiring inspection in the manufacturing process of railway vehicles - Inspection of electrical systems during vehicle maintenance - Circuit board inspection of signal systems 【Benefits of Implementation】 - Early detection of abnormalities in electrical systems, reducing the risk of accidents - Increased productivity through reduced inspection time - Improved reliability through high-quality inspections

In the automotive industry, the quality of electronic components is a crucial factor that influences safety and performance. In particular, FPCs (Flexible Printed Circuit Boards) used in onboard electronic devices must demonstrate high reliability as they are subjected to harsh environments, including vibrations and temperature changes. Poor conductivity or insulation failures can lead to serious accidents, making strict quality control essential. Our electrical testing machine, 'TY-CHECKER DS202/203 (AT)', achieves high reliability and efficient testing for FPC quality assurance. 【Application Scenarios】 * Automotive electronic device manufacturers * FPC board manufacturers * Quality control departments * Automotive parts suppliers 【Benefits of Implementation】 * Improved quality of FPC boards * Prevention of defective products from being released * Increased efficiency in the inspection process * Cost reduction