The "paper filter" removes impurities such as grinding sludge and abrasive particles, and is a coolant treatment device that can be used regardless of magnetic or non-magnetic materials. Additionally, we offer a unit model that combines the "magnet separator" and "paper filter," which can be utilized for various applications such as grinding machines, honing machines, and wire drawing machines. 【Features】 1. Three types available for different applications (including models combined with magnets) 2. Capable of filtering average particles from 10μ to 95μ 3. Significantly reduces the consumption of filter paper (paper filter) ★ For more details, please check the "product catalog."

【New Application】Introducing a case study that reduces ceramic deposition and improves pipe clogging in the manufacturing of multilayer ceramic capacitors (MAG PICKER wet application) 1. Overview In the manufacturing process of multilayer ceramic capacitors, it reduces ceramic deposition in pipes that occurs during post-processing of layered scrap and edge materials. - Approximately 30% recovery of non-magnetic ceramics along with magnetic materials - Decrease in the concentration of non-magnetic materials in the liquid 2. Target Industries - Manufacturers of multilayer ceramic capacitors, chemical, materials, and chemical-related companies, etc. 3. Target Issues ▲ Ceramic deposition in pipes causing pipe clogging, etc. 4. Results After Implementation ◎ Reduction in repair costs for pipe cleaning and replacement, which amounted to several million yen annually. ☆ Please download the "catalog" to check the specifications. ★ Evaluation units are available for loan upon arrangement. ---------------------------------------- ◇ Sales Agent - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case of removing "arsenic" contained in contaminated sludge to below environmental standards (MAG PICKER / utilizing wet method) 1. Overview A new technology using a permanent magnet drum-type magnetic separator for the removal of "arsenic" from contaminated sludge generated by construction and other activities. - Recovery of iron powder adsorbed with arsenic using a permanent magnet drum-type magnetic separator. - Removal of arsenic to below environmental standards, safely utilizing the treated sludge. 2. Target Industries General contractors, industrial waste disposal industry, and other companies related to soil purification. 3. Target Issues ▲ Contaminated sludge and soil require appropriate disposal. 4. Results After Implementation ◎ Arsenic levels below environmental standards; iron powder recovery (over 98%). ◎ Safe utilization of treated sludge. ☆ Please download the "catalog" to check the specifications. ★ Evaluation equipment can be loaned upon arrangement. --------------------------------------- ◇ Sales Agency - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Technology Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case where the recovery yield rate was improved in the manufacturing process of metal fine powders (utilizing MAG PICKER/wet type) 1. Overview Considering the recovery of atomized metal fine powders using magnets - Achieved target recovery rate with a permanent magnet drum-type magnetic separator - Used as a secondary recovery device for cyclone separators 2. Target Industry Metal fine powder manufacturing industry, related industries of metal fine powders, etc. 3. Target Issues ▲ Wastewater treatment is necessary even after recovering mixed particles in liquid with cyclone separators, etc. 4. Results After Implementation ◎ By using a permanent magnet drum-type magnetic separator, 98% of the residuals were recovered from wastewater that was previously treated as waste ◎ Expected cost reduction effects in wastewater treatment ☆ Please download the "catalog" to check the specifications ★ Evaluation equipment can be loaned upon arrangement -------------------------------------- ◇ Sales Agency - Sanotec Co., Ltd. - mail: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case where an electronic component manufacturing company achieved cost reduction in the manufacturing process of magnetic paste (using MAG PICKER/wet method) 1. Overview Continuous concentration of magnetic paste such as nickel and ferrite, achieving the appropriate moisture content. - Recovery of magnetic materials using a rotating powerful magnet drum. - Achieving the appropriate moisture content by adjusting the rotation speed and the pressure of the squeezing roller. 2. Target Industries Manufacturers of electronic components and magnetic fine powders, chemical, materials, and chemical-related companies, etc. 3. Target Issues ▲ As the fine particle size of magnetic powders increases, the filtration time using filters also increases, etc. 4. Results After Implementation ◎ The time required for paste generation using conventional filters has been significantly reduced. ☆ Please download the "catalog" to check the specifications. ★ Evaluation equipment can be loaned upon arrangement. --------------------------------------- ◇ Sales Agency - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case of removing "arsenic" contained in contaminated sludge to below environmental standards (MAG PICKER / utilizing wet method) 1. Overview A new technology using a permanent magnet drum-type magnetic separator for the removal of "arsenic" from contaminated sludge generated by construction and other activities. - Recovery of iron powder adsorbed with arsenic using a permanent magnet drum-type magnetic separator. - Removal of arsenic to below environmental standards, allowing for the safe utilization of treated sludge. 2. Target Industries General contractors, industrial waste treatment companies, and other companies related to soil purification. 3. Target Issues ▲ Contaminated sludge and soil require appropriate disposal. 4. Results After Implementation ◎ Arsenic levels below environmental standards; iron powder recovery (over 98%). ◎ Safe utilization of treated sludge. ☆ Please download the "catalog" to check the specifications. ★ Evaluation equipment can be loaned upon arrangement. --------------------------------------- ◇ Sales Agent - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Technology Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case where ceramic deposition in the manufacturing of multilayer ceramic capacitors was reduced, improving pipe clogging (MAG PICKER wet application) 1. Overview In the manufacturing process of multilayer ceramic capacitors, the ceramic deposition that occurs in pipes during the post-processing of waste materials such as layer cut-offs and scraps has been reduced. - Approximately 30% recovery of non-magnetic ceramics along with magnetic materials - Reduction in the concentration of non-magnetic materials in the liquid 2. Target Industry - Manufacturers of multilayer ceramic capacitors, chemical, material, and chemical-related companies, etc. 3. Target Issues ▲ Ceramic deposition in pipes causing clogging, etc. 4. Results After Implementation ◎ Repair costs for pipe cleaning and replacements, which amounted to several million yen annually, have been reduced. ☆ Please download the "catalog" to check the specifications. ★ Evaluation equipment can be arranged for loan. ---------------------------------------- ◇ Sales Agent - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case where the recovery yield rate was improved in the manufacturing process of metal fine powders (utilizing MAG PICKER/wet type) 1. Overview Considering the recovery of atomized metal fine powders using magnets - Achieved target recovery rate with a permanent magnet drum-type magnetic separator - Used as a secondary recovery device for cyclone separators 2. Target Industry Metal fine powder manufacturing industry, related industries of metal fine powders, etc. 3. Target Issues ▲ Wastewater treatment is necessary even after recovering mixed particles in liquid with cyclone separators, etc. 4. Results After Implementation ◎ By using a permanent magnet drum-type magnetic separator, 98% of the residuals were recovered from wastewater that was previously treated as waste ◎ Expected cost reduction effect for wastewater treatment ☆ Please download the "catalog" to check the specifications ★ Evaluation units are available for loan -------------------------------------- ◇ Sales Agent - Sanotec Co., Ltd. - mail: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case where an electronic component manufacturing company achieved cost reduction in the manufacturing process of magnetic paste (using MAG PICKER/wet method) 1. Overview Continuous concentration of magnetic paste such as nickel and ferrite, achieving the appropriate moisture content. - Recovery of magnetic materials using a rotating powerful magnet drum. - Achieving the appropriate moisture content by adjusting the rotation speed and the pressure of the squeezing rollers. 2. Target Industries Manufacturers of electronic components and magnetic fine powders, chemical, material, and chemical-related companies, etc. 3. Target Issues ▲ As the fine particle size of magnetic powders increases, the filtration time using filters also increases, etc. 4. Results After Implementation ◎ The time required for paste generation using conventional filters has been significantly reduced. ☆ Please download the "catalog" to check the specifications. ★ Evaluation machines are available for loan upon arrangement. --------------------------------------- ◇ Sales Agent - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

【New Application】Introducing a case where the recovery yield rate was improved in the manufacturing process of metal fine powders (utilizing MAG PICKER/wet type) 1. Overview Considering the recovery of atomized metal fine powders using magnets - Achieved target recovery rate with a permanent magnet drum-type magnetic separator, etc. 2. Target Industries Metal fine powder manufacturing industry, related industries of metal fine powders, etc. 3. Target Issues ▲ Wastewater treatment is necessary even after recovering mixed particles in liquid with a cyclone separator, etc. 4. Results After Implementation ◎ By utilizing a permanent magnet drum-type magnetic separator, 98% of the residuals were recovered from wastewater that was previously treated as waste. ◎ Significantly reduced the amount of metal fine powder residue in wastewater, leading to expected cost reduction effects in wastewater treatment. ☆ Please download the "catalog" to check the specifications. ★ Evaluation equipment can be arranged for loan. --------------------------------------- ◇ Sales Agency - Sanotec Co., Ltd. - mail: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations available from the manufacturer)

Introducing a case study of a electronic components manufacturing company that achieved cost reduction in the manufacturing process of magnetic paste (using MAG PICKER/wet method) 1. Overview Continuous concentration of magnetic paste such as nickel and ferrite, achieving appropriate moisture content - Recovery of magnetic materials using a rotating powerful magnet drum - Achieving appropriate moisture content by adjusting rotation speed and roller pressure 2. Target Industry Manufacturers of electronic components and magnetic fine powders, chemical, materials, and chemical-related companies, etc. 3. Target Issues ▲ As the fine particle size of magnetic powders increases, the filtration time using filters increases, etc. 4. Results After Implementation ◎ The time required for paste generation through batch processing using conventional filters has been significantly reduced, etc. ☆ Please download the "catalog" to check the specifications. ★ "Evaluation units" are available for loan upon arrangement. --------------------------------------- ◇ Sales Agency - Sanotec Co., Ltd. - Email: dx-gogo@sanotec.co.jp ◆ Manufacturer - Sumitomo Heavy Industries Fine Tech Co., Ltd. (explanations can be provided by the manufacturer)

In today's world where product lifespans are becoming shorter, "first-in, first-out management," which makes it difficult for "long-term stagnant items" to occur, is important! We propose systematization. ◆ About the systematization of "first-in, first-out management" (Overview) 1. About "first-in, first-out" management - Overview: A method of shipping and dispensing items in the order they were received. This is implemented for the receipt and shipment of raw materials, parts, products, and semi-finished goods. - Advantages: ◎ It is difficult for "long-term stagnant items" to occur. ◎ It helps prevent "quality deterioration" and "obsolescence," among other benefits. - Disadvantages: ▲ Management of "date / item code / quantity / storage location" is necessary. 2. Other main methods of "dispensing management" ◆ About the "last-in, first-out method" - Advantages / Disadvantages ◆ About the "random method" - Advantages / Disadvantages 3. Key points of "systematization" - Three key points (barcode / terminal / information management) 4. Operational image of "systematization" - Operational image of the three key points in "systematization" ★ We would appreciate it if you could download the materials and refer to them.

For smooth production, "location management," which clearly indicates where, how many, and what is needed, is essential! We propose systematization. ◆ About the systematization of "location management" (Overview) 1. About "location management" - Overview: A method of managing the placement of specified items (fixed items) in designated locations (fixed locations) in specified quantities (fixed quantities). - Benefits: ◎ "Items necessary for production" can be retrieved immediately. ◎ Inventory information for "items necessary for production" can be quickly understood, etc. - Drawbacks: ▲ Management of the "three fixed (fixed location / fixed item / fixed quantity)" information is required. 2. Methods of "location management" ◇ About the "free location system" ◇ About the "fixed location system" 3. Key points of "systematization" - Three key points (barcode / terminal / information management) 4. Image of operation for "systematization" - Operational image of the three key points' "systematization" ★ We would appreciate it if you could download the materials and refer to them.

Optimal for sludge recovery of coolant liquid in 'super hard and super precision grinding processing'! Do you have any of these concerns? ▲ Struggling to recover sludge that is hard to magnetize ▲ How can I recover fine powder sludge? These challenges are solved by the 'FINE MAG/UK type'. (Main Features) 〇 High magnetic force of 9000 Gauss (drum surface) 〇 Effective in recovering sludge that is hard to magnetize (such as super hard tool grinding)! 〇 Effective in recovering fine sludge (such as honing, lapping, discharge machining, and super finishing)! The 'FINE MAG/UK', capable of generating a high magnetic field, is a model with high potential as a recovery device for fine magnetic metal powders. It can be used not only for chip removal generated in parts processing but also for recovering raw materials and removing impurities from fine particles, among other applications beyond grinding sludge removal. ★ For more details, please refer to the 'Product Catalog' ☆ Also, please check the 'Grinding Processing / Problem Solving Case Studies' (for Company T) ☆ We can collaborate with the manufacturer to provide proposals based on usage conditions and installation environments.

Do you have any of these concerns regarding grinding processing? ▲ Is there no separator that can maintain sludge recovery performance for a long time? ▲ Is there no maintenance-free separator? The "FINE MAG/K type" solves these issues. (The magnetic drum is different) Even if the magnetic force is increased, if the drum surface gets scratched, it cannot scrape off the sludge. To maintain stable performance even after long-term use, we apply a special hardening treatment to the drum surface, preventing scratches (patent obtained). (Other features) ◆ The squeezing roller is different! - It provides stable squeezing without slipping. ◆ The cleanliness is different! - The magnetic force on the drum surface is 16% higher compared to our conventional models. - Stabilizes product quality and reduces tank cleaning frequency. ★ For more details, please refer to the "Product Catalog." ☆ Please also check the "Grinding Processing / Problem-Solving Case Studies" (Companies A, I, and N). ☆ We can collaborate with manufacturers to provide proposals based on usage conditions and installation environments.

The "Paper Filter" removes impurities such as grinding sludge and abrasives, and is a coolant treatment device that can be used regardless of magnetic or non-magnetic materials. Additionally, we offer a unit model that combines the "Magnet Separator" and "Paper Filter," which can be utilized for various applications such as grinding machines, honing machines, and wire drawing machines. 【Features】 1. Three types available for different applications (including models combined with magnets) 2. Capable of filtering average particles from 10μ to 95μ 3. Significantly reduces the consumption of filter paper (paper filter) ★ For more details, please check the "Product Catalog."

Do you have any of these concerns regarding grinding processing? ▲ Is there no separator that can maintain sludge recovery performance for a long time? ▲ Is there no maintenance-free separator? The "FINE MAG/K type" solves these issues. (Different magnetic drum) Even if the magnetic force is increased, if the drum surface gets scratched, it cannot scrape off the sludge. To maintain stable performance even after long-term use, we apply a special hardening treatment to the drum surface, preventing scratches (patent obtained). (Other features) ◆ The squeezing roller is different! - It provides stable squeezing without slipping. ◆ The cleanliness is different! - The magnetic force on the drum surface is 16% higher compared to our conventional products. - Stabilizes product quality and reduces tank cleaning frequency. ★ For more details, please refer to the "Product Catalog." ☆ Please also check the "Grinding Processing / Problem-Solving Examples" (Companies A, I, and N). ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

This is a case study regarding the recovery of coolant sludge in grinding processes, addressing common issues. We hope it serves as a reference for those facing similar challenges. - Company Name: Company N - Issue: "We are dissatisfied with the durability and filtration accuracy of the product currently in use!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

This is a case study regarding the recovery of coolant sludge in grinding processing, addressing issues that may arise. We hope this serves as a reference for those facing similar challenges. - Company Name: Company I - Issue: "We were troubled by the fact that a lot of moisture and oil remained in the iron powder generated during manufacturing!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with manufacturers.

This is a case study regarding the recovery of coolant sludge in grinding processes, addressing common issues. We hope it serves as a reference for those facing similar challenges. - Company Name: Company A - Issue: "Problems due to aging deterioration and clogging have become severe!" ★ For more details, please be sure to check the "Case Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

Comprehensive guide to the optimal "coolant treatment equipment" for recovering sludge from coolant liquid generated by machine tools! 1. "Magnet Separator" - We provide optimal products based on usage conditions such as grinding, cutting, shaving, and gear processing. 2. "Cyclone Separator" - High-performance, energy-saving "Cyclone Separator" (foam prevention function can be added). 3. "Paper Filter" - Removes impurities such as grinding sludge and abrasive particles using a "Paper Filter" (usable for both magnetic and non-magnetic materials). 4. "Filtration Conveyor" - A conveyor equipped with the function to "remove/filter" sludge and chips from the processing liquid. 5. "Level Gauge" - Choose according to the machine used based on stroke range, detection method, and detection position. 6. "Oil-Water Separator" (Disk Skimmer) - Recovers oil floating on the coolant tank's liquid surface. 7. "Chip Processing Related Equipment" - Supports environmental improvement in factories, reduction of industrial waste, and recycling. ★ For details, please refer to the "Comprehensive Catalog." - Sales Agent: Sanotech Co., Ltd. - Manufacturer: Sumitomo Heavy Industries Fine Technology Co., Ltd. (explanations available from the manufacturer).

The "coolant tank unit" configuration varies depending on the customer's usage conditions, including "machining equipment / machined parts / coolant fluid / processing flow rate." We present seven examples with different usage conditions, clearly indicating the appropriate equipment configuration for each condition, along with the effectiveness points. <Example of Usage Conditions> ◆ Usage Conditions - Machining Equipment: Cylindrical Grinding Machine - Machined Parts: Automotive Parts - Material: SCM Material - Coolant Fluid Used: Water-soluble - Processing Flow Rate: 200 L/min ◆ Production Example - Unit Configuration: - Primary Filtration: Magnetic Separator with Rare Earth Magnet Specification - Secondary Filtration: Cyclone Separator - Tank: Oval Type, 2 Tanks - Approximate Dimensions: Width 2500 × Depth 100 × Height 2000 mm (Effectiveness Points) By using an oval-shaped tank and circulating the coolant within the tank, cleaning work is reduced. ★ For more details, please check the "catalog." - Sales Agent: Sanotech Co., Ltd. - Manufacturer: Sumitomo Heavy Industries Fine Technology, Ltd. (Explanation will be provided by the manufacturer.)

If the deterioration of the magnetic separator is left unaddressed, the possibility of reduced sludge recovery increases. Please take advantage of our "Free Inspection Service" for preventive maintenance. ◆ Do you have any of these concerns with your "magnetic separator"? - I don't know how to perform maintenance! - I don't know the guidelines for parts replacement! ◆ Leaving the deterioration unaddressed increases the likelihood of various issues occurring: ▲ Sludge is not being discharged! ▲ The separation of oil and water is worsening! ◇ The "Free Inspection Service" will assist in preventive maintenance. 1. Overview of the "Free Inspection Service": - Inspect all operating "magnetic separators" in your factory. - Comprehensive assessment and reporting on the condition of major components and coolant fluid, etc. 2. Benefits of the "Free Inspection Service": - Understand the operating status and deterioration condition, which aids in preventive maintenance. - The model name and other details will be included in the "report." This makes parts procurement easier in case of a failure, etc. ★ The "catalog" contains specific examples of deterioration and inspection items. - Sales Agent: Sanotech Co., Ltd. - Manufacturer: Sumitomo Heavy Industries Fine Tech Co., Ltd. (We will provide explanations from the manufacturer.)

For smooth production, "location management," which makes it clear to anyone where the necessary items are, how many there are, and who is responsible for them, is important! We propose systematization. ◆ About the systematization of "location management" (Overview) 1. About "location management" - Overview: A method of managing the placement of specified items (fixed items) in designated locations (fixed locations) in specified quantities (fixed quantities). - Benefits: ◎ "Necessary items for production" can be retrieved immediately. ◎ Inventory information for "necessary items for production" is readily available, etc. - Drawbacks: ▲ Management of the "three fixeds (fixed location / fixed item / fixed quantity)" information is required. 2. Methods of "location management" ◇ About the "free location system" ◇ About the "fixed location system" 3. Key points of "systematization" - Three key points (barcode / terminal / information management) 4. Image of operation for "systematization" - Operational image of the three key points for "systematization" ★ We would appreciate it if you could download the materials and refer to them.

In today's world where product lifespans are becoming shorter, implementing a "first-in, first-out management" system that minimizes the occurrence of "long-term stagnant inventory" is crucial! We propose systematization. ◆ About the systematization of "first-in, first-out management" (Overview) 1. About "first-in, first-out" management - Overview: A method where items that were received first are shipped out in order. This is applied to the receipt and shipment of raw materials, parts, products, and semi-finished goods. - Benefits: ◎ Minimizes the occurrence of "long-term stagnant inventory" ◎ Helps prevent "quality degradation" and "obsolescence," among other things. - Drawbacks: ▲ Requires management of "date / item code / quantity / storage location." 2. Other main methods of "shipment management" ◆ About the "last-in, first-out method" - Benefits / Drawbacks ◆ About the "random method" - Benefits / Drawbacks 3. Key points of "systematization" - Three key points (barcode / terminal / information management) 4. Image of "systematization" operation - Operational image of the three key points of "systematization" ★ We would appreciate it if you could download the materials and refer to them.

This issue has been resolved. (Issue) "The hard alloy sludge in the liquid negatively affects quality; if only there were a compact separator!" This is a case study regarding the recovery of sludge from coolant liquids in hard and ultra-precision grinding processes. We hope this serves as a reference for those facing similar challenges. - Company Name: Company T - Issue: "The hard alloy sludge in the liquid negatively affects quality; if only there were a compact separator!" ★ For more details, please refer to the "Case Study Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

We have resolved the following issues in shaving and gear processing. ▲ "Fine particles mixed into the recovered oil-based coolant, causing wear on pumps and cutters!" This is a case study regarding the recovery of sludge from coolant in shaving and gear processing. We hope you find it helpful as reference material. - Company Name: Company N - Issue: "Fine particles mixed into the recovered oil-based coolant, causing wear on pumps and cutters!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ Please also refer to the (Gear Processing) "FINE MAG/KS" product catalog. ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

This issue has been resolved. (Issue) "Clogging of nozzles and defective products caused by chips from cast iron cutting!" This is a case study regarding the recovery of sludge from coolant in cutting processes. We hope this serves as a reference for those facing similar challenges. - Company Name: Company I - Issue: "Clogging of nozzles and defective products caused by chips from cast iron cutting!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

This is a case study regarding the recovery of coolant sludge in grinding processing. We hope it serves as a reference for those facing similar challenges. - Company Name: Company N - Issue: "We are dissatisfied with the durability and filtration accuracy of the products we are currently using!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.

In the current situation where product lifespans are becoming shorter, the adoption of the "First In, First Out" method, which makes it difficult for "long-term stagnant items" to occur, is important. ◆ This document serves as supplementary material for the "Inventory Management System." (Overview) 1. About "First In, First Out" management - Overview: A method of shipping and dispensing items in the order they were received. This is implemented for the receipt and shipment of raw materials, parts, products, and semi-finished goods. - Advantages: ◎ It is difficult for "long-term stagnant items" to occur. ◎ It helps prevent "quality deterioration" and "obsolescence," among other benefits. - Disadvantages: ▲ Management of "date/item code/quantity/storage location" is necessary. 2. Other "Dispensing Methods" - About "Last In, First Out" - Advantages: ◎ Detailed management is unnecessary. / Disadvantages: ▲ Possibility of long-term stagnant items occurring, among others. - About "Random Method" - Advantages: ◎ Stored in available spaces. / Disadvantages: ▲ Possibility of long-term stagnant items occurring, among others. 3. Points for Systematization - Three key points. 4. Image of System Operation - Operational images for each point. ★ We would appreciate it if you could download the document and refer to it.