JFE商事エレクトロニクス Product Lineup

This system is a label issuance system that can easily issue unique IDs. With just a simple operation of scanning a two-dimensional code, unique IDs can be issued in no time. For more details about this product, click here: https://smt.jfe-shoji-ele.co.jp/uniqueid 【Do you have any of these concerns regarding inventory management solutions?】 1. I want to streamline inventory management, but I don't know what kind of system is best. 2. The initial cost of a stationary unique ID issuance system is high. 3. Delays in discovering errors occur when mis-picking or defective products happen. By issuing unique IDs, you can easily implement inventory management solutions such as the Smart Reel Rack. For more details about the Smart Reel Rack, click here: https://smt.jfe-shoji-ele.co.jp/smart-reel-rack

- Reduced manual reel count time to 1/8 - Numerous successful implementations due to 99.99% high-precision counting - Capable of counting trays, sticks, and other components besides electronic reel parts - There are cases where inventory counting that used to take a week was completed in just one day - Automatic updating of reel part quantities through data linkage with smart reel racks

In the automotive industry, ensuring the traceability of parts is crucial. High-precision marking is required to enable tracking from the manufacturing of parts to the final product. The quality of marking affects the reliability and safety of the product and is also important for suppressing the occurrence of defective products. Our PCB inline laser marker realizes traceability management through MES integration and supports quality control of automotive parts with high-precision marking. 【Usage Scenarios】 - Marking serial numbers and manufacturing information on automotive parts - Tracking parts on inline production lines - Collecting and managing manufacturing data through MES integration 【Benefits of Implementation】 - Improved quality through high-precision marking - Ensured traceability - Reduced takt time - Efficient data management through MES integration

In the home appliance industry, there is a demand for improved product quality control and traceability. Particularly in electronic circuit boards, where miniaturization and high density are advancing, accurate marking for individual identification is crucial. Low marking accuracy can lead to misidentification during the manufacturing process and the occurrence of defective products, potentially resulting in increased costs. Our PCB inline laser marker achieves high-precision marking and traceability management through MES integration, contributing to the improvement of quality in home appliances. 【Usage Scenarios】 - Individual identification of circuit boards on home appliance production lines - Marking of product model numbers and manufacturing dates - Traceability management 【Benefits of Implementation】 - Quality improvement through high-precision marking - Realization of traceability management through MES integration - Reduction of takt time

In the telecommunications industry, the demand for high-speed and high-density PCB substrates is expanding with the proliferation of 5G and IoT. In the manufacturing process, there is a need to efficiently produce high-quality products, and the acceleration of the marking process is particularly important. Traditional marking methods posed risks of quality degradation due to increased tact time and positional misalignment. Our PCB inline laser marker significantly reduces tact time by marking both sides of the substrate simultaneously with its dual-head structure. With XY drive heads and CCD substrate recognition, it achieves high-precision marking, contributing to the reliability of communication devices. 【Usage Scenarios】 - 5G-compatible base stations - High-speed communication routers - IoT devices 【Benefits of Implementation】 - Increased productivity through reduced tact time - Improved quality through high-precision marking - Traceability management through MES integration

In the medical device industry, the miniaturization and enhancement of product functionality require precision in the marking of PCB substrates. Particularly, since medical devices demand high reliability, the quality of marking is crucial. Low marking accuracy can lead to incorrect information being displayed or affect the quality of the product. Our PCB inline laser marker achieves high-precision marking and traceability management through MES integration, contributing to quality improvement in medical device manufacturing. 【Usage Scenarios】 - Medical electronic devices - Precision measuring instruments - Marking on high-precision components 【Benefits of Implementation】 - Quality improvement through high-precision marking - Traceability management through MES integration - Increased productivity by reducing takt time

In the aerospace industry, reducing the weight of products is an important challenge. High precision and efficient work are also required for marking PCB substrates. Weight reduction of substrates contributes to improved fuel efficiency in aircraft. Our PCB inline laser marker significantly shortens tact time by marking both sides of the substrate simultaneously with its dual-head structure. 【Usage Scenarios】 - Marking part numbers and manufacturing information on aerospace-related PCB substrates - Marking on substrates aimed at weight reduction 【Benefits of Implementation】 - Increased productivity due to reduced tact time - Realization of traceability management through MES integration - Improved quality through high-precision marking

In the semiconductor industry, precise marking on substrates is essential for fine processing. Especially as products become smaller and more densely packed, ensuring the accuracy of marking and traceability is crucial for quality control and yield improvement. Misalignment and marking defects not only undermine product reliability but also lead to increased manufacturing costs. Our PCB inline laser marker achieves high-precision marking while correcting substrate misalignment through an XY drive head and CCD substrate recognition. It also enables traceability management through MES integration, contributing to quality control and efficiency in semiconductor manufacturing. 【Usage Scenarios】 - Marking of model numbers, serial numbers, logos, etc., on semiconductor substrates - High-speed marking on inline production lines - Management of manufacturing history through MES integration 【Benefits of Implementation】 - Quality improvement through high-precision marking - Reduction of tact time with dual heads - Strengthening of traceability through MES integration - Prevention of substrate contamination with dust suction mechanisms

In the industrial machinery sector, precise marking on parts is crucial to ensure product durability and reliability. Products designed to withstand harsh environments require markings that offer high visibility and durability. The quality of the marking also affects product traceability and maintainability, ultimately influencing the overall quality of the final product. Our PCB inline laser marker achieves high-precision marking and traceability management through MES integration, contributing to the enhancement of industrial machinery product quality. 【Usage Scenarios】 - Marking on industrial machine parts used in harsh environments - Marking on parts that require traceability management - Reducing tact time on production lines 【Benefits of Implementation】 - Improved product quality through high-precision marking - Strengthened traceability through MES integration - Reduced tact time with dual-head technology - Extended equipment lifespan through dust suction mechanisms

In the security industry, tamper-resistant marking is required to ensure the authenticity of products. In particular, high-precision marking plays a crucial role in counterfeit prevention. Blurry markings or markings that can be easily erased increase the risk of counterfeiting. Our PCB inline laser marker contributes to counterfeit prevention through high-precision marking and traceability management in collaboration with MES. 【Use Cases】 - Marking serial numbers and manufacturing information on electronic devices - Marking logos and identification information on security devices - Marking special codes for counterfeit prevention on circuit boards 【Benefits of Implementation】 - Counterfeit deterrence through high-precision marking - Tracking and management of manufacturing history through MES integration - Increased productivity with dual heads

In the wearable device industry, there is a trend towards miniaturization and increased functionality of products, which requires high-precision marking on circuit boards. Particularly, since there is a need to display a lot of information in a limited space, the accuracy and efficiency of marking are crucial. By correcting the misalignment of the circuit board position and achieving high-precision marking, we contribute to the improvement of the quality of wearable devices. 【Usage Scenarios】 - Marking of model numbers, serial numbers, logos, etc., on the circuit boards of small wearable devices - Marking on high-density mounted circuit boards - Traceability management on production lines 【Effects of Implementation】 - Improvement in product quality through high-precision marking - Reduction of takt time through dual heads - Visualization and efficiency of the manufacturing process through MES integration

In the IoT device industry, miniaturization and multifunctionality are advancing, leading to a demand for high-density component mounting on circuit boards. Consequently, marking on circuit boards plays a crucial role in product traceability management. High-precision marking and information management through MES integration are essential for reducing defective products and improving production efficiency. Our PCB inline laser marker addresses these challenges. 【Usage Scenarios】 - Marking on circuit boards of multifunctional IoT devices - Traceability management in the manufacturing process - Reduction of takt time through simultaneous marking on both sides of the circuit board 【Benefits of Implementation】 - Quality improvement through high-precision marking - Strengthened traceability through MES integration - Reduced takt time with dual heads

In the energy industry, the quality of products and an efficient production system are required. Particularly in fields such as solar power generation systems and storage batteries, accurate marking on PCB substrates is essential for ensuring product reliability. Delays or inaccuracies in marking can lead to decreased production efficiency and quality issues. Our inline laser marker for PCBs achieves high-precision marking and traceability management through MES integration, contributing to improved manufacturing efficiency of energy-related products. 【Application Scenes】 - PCB substrates for solar power generation systems - PCB substrates for storage batteries - PCB substrates for power conditioners 【Benefits of Implementation】 - Reduction of tact time - Improvement of traceability - Strengthening of quality control

In the robotics industry, high-precision marking of circuit boards is essential to ensure product quality and reliability. Particularly in miniaturized electronic devices, the accuracy of marking directly affects product performance. Misalignment or deficiencies in marking can lead to product malfunctions or the occurrence of defective products. Our PCB inline laser marker achieves high-precision marking and contributes to the improvement of robotics product quality. 【Usage Scenarios】 - Marking on robotic arms and control boards - Marking on circuit boards requiring high-precision positioning - Traceability management through MES integration 【Benefits of Implementation】 - Improved product quality through high-precision marking - Reduced tact time with dual heads - Increased efficiency in production management through MES integration

"How can we prevent moisture and manage moisture-absorbing components after opening an aluminum pack?" To solve such manufacturing site concerns, 'Smart Rack Dry' was born. It retains the high convenience of traditional smart reel racks, such as "free location inventory in and out" and "LED navigation," while incorporating an ultra-powerful dry unit with a minimum achievable humidity of 1% RH. It supports not only SMD reels but also the storage of "tray items," "circuit boards," and "box materials" like the smart box rack. By automating temperature and humidity management, which tends to rely on experience, it prevents quality issues in advance while significantly improving the efficiency of inventory operations and preventing human errors.

In the aerospace industry, maintaining the quality of components that require extremely high reliability is essential. In particular, proper moisture control for hygroscopic components after opening aluminum packs is crucial to prevent performance degradation and failures. Traditional management methods often rely heavily on experience and intuition, which can lead to risks of quality issues and decreased work efficiency. Our "Smart Rack Dry" addresses these challenges by using a super-powerful drying unit with a minimum achievable humidity of 1% RH and automating temperature and humidity management to consistently maintain component quality. 【Usage Scenarios】 - Storage of hygroscopic components after opening aluminum packs - Moisture control for tray items, circuit boards, and boxed materials - Storage of components with high quality requirements - Streamlining inbound and outbound operations and preventing human errors 【Benefits of Implementation】 - Prevention of quality issues caused by component moisture absorption - Reduced workload through automated temperature and humidity management - Significant efficiency improvements in inbound and outbound operations - Enhanced reliability through reduced human errors

In the semiconductor manufacturing industry, proper management of hygroscopic components is essential to maintain product quality. In particular, components exposed after opening aluminum packs are susceptible to humidity and can lead to quality issues. The moisture control of these components often relies on experience, presenting challenges in terms of work efficiency and human error. Our "Smart Rack Dry" has been developed to address these challenges. 【Usage Scenarios】 - Storage of hygroscopic components after opening aluminum packs - Storage of tray items, circuit boards, and boxed materials - Automation of temperature and humidity management 【Benefits of Implementation】 - Prevention of quality issues - Significant improvement in efficiency of inbound and outbound operations - Prevention of human errors

In the electronic components industry, proper moisture management of hygroscopic parts is essential to maintain product performance. In particular, components opened from aluminum packs are susceptible to external humidity, which can lead to quality degradation and performance deterioration. Relying on experience for management increases the risk of human error and quality issues. "Smart Rack Dry" was developed to address these challenges. It retains the high convenience of traditional inventory management systems while incorporating a super-powerful drying unit with a minimum reachable humidity of 1% RH, automating temperature and humidity management. 【Usage Scenarios】 - Storage of hygroscopic components after opening aluminum packs - Storage of tray items, circuit boards, and boxed materials - Prevention of quality issues before they occur 【Benefits of Implementation】 - Quality stabilization through automated temperature and humidity management - Significant efficiency improvement in inventory operations - Reduction of human errors