赤武エンジニアリング Product Lineup

This is the comprehensive catalog featuring Akabu Engineering's powder and bulk handling equipment. If you are interested in powder and bulk handling equipment, please feel free to contact us.

The "Continuous Powder Quantitative Supply Device" designed and manufactured by Akabu Engineering is a system for continuously and quantitatively supplying powder. By combining this equipment with a specially developed loss-in-weight control system, it automatically controls the supply amount to match the set value with the actual value, achieving higher precision in continuous powder quantitative supply. 【List of Combined Products】 1. Blow Tank Pump 2. Rotary Valve 3. Freeway System 4. Bag Filter 5. Blower 6. Rotary Valve 7. Storage Hopper 8. Quantitative Feeder 9. Weighing Hopper 10. Vibratory Feeder 11. Loss-in-Weight Controller *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Multi Powder Weighing System" designed and manufactured by Akabu Engineering consists of storage containers, multi powder weighing devices, weighing powder receiving containers, and automated three-dimensional warehouses. By adopting containers as storage tanks and transportation means, lot management becomes easier, and the system can flexibly respond to changes in raw material types and handling quantities. The multi weighing device can achieve a wide range of measurements from approximately 100g to over 100kg with ultra-high precision using the same device. This system can accommodate changes in products with devices of the same capacity and type. 【List of Combination Products (Partial)】 1. Raw Material Container (Storage) 2. Raw Material Container (Supply Reserve) 3. Raw Material Container (Batch Supply) 4. Container Discharge Station 5. Weighing Service Hopper 6. Multi Powder Weighing Device 7. Weighing Powder Receiving Capacity Set Lifter 8. Weighing Powder Receiving Container 9. Automated Three-Dimensional Warehouse 10. Stacker Crane in Warehouse *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Automatic Bag Opening Machine for Powder Bags + Automatic Container Blending System" designed and manufactured by Akabu Engineering has completed a new powder handling facility by merging powder handling technology and material handling technology. It is a comprehensive production system that can handle small lot and diverse product variations, as well as inventory management. 【List of Combined Products】 1. Depalletizing Robot 2. Paper Bag Cleaner 3. Bag Opening Machine 4. Dust Collector 5. Vibrating Sieve 6. Empty Bag Processing Machine 7. Weighing Hopper 8. Container 9. Platform Scale 10. Container Discharge Device 11. Container Blender 12. Automated Rack Warehouse *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Powder Material Repacking Device for Containers" designed and manufactured by Akabu Engineering makes it easy to repack materials into containers using a paper bag material suction and transport device and a drum inversion device. 【List of Combined Products】 1. Paper Bag Material Suction Device 2. Vacuum Powder Transport Device 3. Container 4. Platform Scale 5. Drum Inversion Machine 6. Resin Drum 7. Paper Bag Material *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Multi-Directional Powder Material Supply Device" designed and manufactured by Akabu Engineering enables simultaneous powder supply in multiple directions by providing multiple discharge outlets on the table feeder. 【Product Combination List】 1. Loss-in-weight controller 2. Feed hopper 3. Rotary valve 4. Storage hopper 5. Bag filter 6. Weighing hopper 7. Screw feeder 8. Volumetric feeder 9. Blower *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The paper bag raw material suction device designed and manufactured by Akabu Engineering can extract powdered raw materials without mixing in dust or other contaminants from the outside of the bag. The raw materials are stored in a hopper through a shifter. After performing large batch weighing with the supply device, high-precision measurement is conducted using a vibrating damper feeder and an electronic scale. 【List of Combined Products】 1. Paper bag raw material suction device 2. Shifter 3. Service hopper 4. Bag filter 5. Blower 6. Supply device 7. Weighing hopper 8. Vibrating damper feeder 9. Weighing container 10. Electronic scale 11. Paper bag raw material *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Powder Quantitative Injection Device for High Pressure" designed and manufactured by Akabu Engineering is an example of an injection device for adjusting components into the ladle during the secondary refining process in a steel mill. It is pressurized with gases such as air, nitrogen, argon, and oxygen. 【Product Combination List】 1. Silo 2. Air Transport Device 3. Bag Filter 4. Service Hopper 5. Weighing Hopper 6. Loss-in-Weight Controller 7. Volumetric Feeder 8. Injection Lance *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Multi-Variety Powder Measurement System" designed and manufactured by Akabu Engineering utilizes a combination of large-capacity silos and small-capacity mobile hoppers for the storage of powder raw materials, depending on the usage amount. The small-capacity mobile hopper can be easily replaced, making it simple to change the formulation recipes. 【Product Combination List】 1. Silos 2. Bag filters 3. Vibro dischargers 4. Blower tank pumps 5. Storage hoppers 6. Screw feeders 7. Small suction transport devices 8. Measuring hoppers 9. Supply devices with mobile hoppers 10. Vibrating feeders 11. Inverters 12. Blower tank pumps 13. Charging hoppers 14. Platform scales *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "blending weighing device" designed and manufactured by Akabu Engineering is a system that enables high-precision batch weighing by combining a volumetric powder dosing machine with a load cell. It is suitable for weighing applications that require high precision, such as blending weighing. 【List of Combined Products】 1. Powder Feeding Box 2. Storage Hopper 3. Dosing Feeder 4. Weighing Hopper 5. Anti-Adhesion Chute *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Continuous Powder Quantitative Injection Device" designed and manufactured by Akabu Engineering features a pressure-resistant and airtight structure for the continuous powder quantitative supply system, allowing for the quantitative transport of powder using pressurized gases such as air or nitrogen. This is referred to as a "Powder Quantitative Pump." Furthermore, when combined with a loss-in-weight control system, it enables even higher precision in powder quantitative transport. 【List of Combined Products】 1. Feed Hopper 2. Screw Feeder 3. Silo 4. Bag Filter 5. Storage Hopper 6. Blow Tank Pump 7. Quantitative Feeder 8. Loss-in-Weight Controller 9. Blower *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

We design, manufacture, and select various types of "bag filters" suitable for our customers' requirements. Depending on the type of powder and its intended use, we offer several types of filter cloth materials and cleaning methods. The pleated type is compact and low-cost. When used for suction transport or pressure transport, we select the appropriate model while assessing the upstream and downstream processes. 【Features】 ■ Selection of filter cloth that matches the physical properties of the powder ■ The cleaning method is selected from suitable options such as shaking type or air backwash type, depending on the application ■ Protection of materials ■ When selecting for air transport systems, we pay careful attention to filter cloth area, shaking time schedule, and strength *For more details, please refer to the PDF materials or feel free to contact us.

The "Anti-adhesion chute" is a device made of flexible materials for the inner tube, which is the transport route for powder. It vibrates in a pulsed manner using air pressure, allowing the powder to pass through without leaving any residue inside. Accurate weighing and precise supply of powdered raw materials can be affected if they adhere to the chute when being fed into the next process. Furthermore, if the adhesion grows and falls off, it can lead to abnormal bulk feeding and blockages caused by the adhesion. This device can minimize adhesion within the chute to the utmost limit, preventing such troubles before they occur. 【Features】 ■ The inner tube, which is the transport route for powder, is made of flexible materials. ■ It vibrates in a pulsed manner using air pressure, allowing the powder to pass through without leaving any residue inside. ■ Prevents troubles before they occur. ■ Patent No. 2843882 *For more details, please refer to the PDF document or feel free to contact us.

We will introduce our powder handling systems and equipment through a video. 【Features of Powder Handling Systems】 ■ Capable of handling a variety of raw materials and producing a range of products ■ Prevention of foreign matter contamination and reduction of cross-contamination ■ Establishment of traceability and lot management ■ Improvement of the working environment ■ Reduction of work time and labor-saving 【Content of the Video】 The video showcases the new container equipment, including the automated high-rise warehouse for receiving and storing raw materials, as well as multi-variety weighing using a swing valve feeder. In the latter part, we introduce the mixing process and others. The containers, which are automatically transported, are rotated by a container blender for uniform mixing. The containers, after being transported by a vertical conveyor, move to the packaging process, where they are turned into products by automatic paper bag filling machines and bulk bag filling machines. The finished paper bags are automatically palletized by robots. The used containers move to the cleaning process, where they are automatically cleaned using either air or liquid cleaning equipment, depending on the level of dirt. Please take a look. *For more details, please refer to the PDF materials or feel free to contact us.

We have published a "Trouble Case Collection" that summarizes various troubles we have experienced and their solutions. - Powder adheres to the inside of the pipe during the piping process, causing a blockage. - Dissatisfaction with contamination and accuracy of conventional rotary feeders. - Dust generation when extracting raw materials from bulk bags. Do you have any of these concerns? We are currently sharing a collection of trouble cases where we have actually solved powder-related issues faced by many companies. *For more details, please enter your information via the link below to view it, or feel free to contact us.

In the food industry, foreign matter contamination during the manufacturing process is a serious issue that not only compromises product quality but also undermines corporate trust. Adhesion to the chute, which is the transport route for powdered raw materials, not only increases the risk of foreign matter contamination but can also lead to decreased weighing accuracy and production stoppages due to blockages. Our "Adhesion Prevention Chute" minimizes adhesion within the chute to the utmost extent, addressing these problems. 【Application Scenarios】 - Transport of powdered raw materials in food manufacturing lines - Prevention of foreign matter contamination during weighing and mixing processes - Prevention of blockages during powder supply 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - Improved weighing accuracy - Enhanced production efficiency - Stabilization of product quality

In the chemical industry, the accurate measurement and stable supply of powdered raw materials significantly affect product quality and production efficiency. Powder adhesion to chutes can lead to issues such as decreased measurement accuracy, operational stoppages due to blockages, and contamination with foreign substances, potentially resulting in substantial losses. Our "Anti-Adhesion Chute" addresses these problems and supports a stable powder process. 【Usage Scenarios】 - Measurement and supply processes of powdered raw materials - Mixing and reaction processes - Product filling processes 【Benefits of Implementation】 - Improved measurement accuracy - Reduced risk of operational stoppages - Stabilization of product quality - Enhanced production efficiency

In the cosmetics industry, it is important to minimize raw material loss and improve yield. In the weighing and supply of powdered raw materials, adhesion to the chute can lead to decreased weighing accuracy and blockages, which worsen yield. Our "Adhesion Prevention Chute" suppresses the adhesion of powders and solves these problems. 【Usage Scenarios】 - Weighing and supply process of cosmetic raw materials - Powder blending process - Filling process 【Benefits of Implementation】 - Reduction of raw material loss and improvement of yield - Stabilization of weighing accuracy - Improvement of production efficiency

In the metal industry, the efficiency of transporting powder raw materials significantly impacts costs. In particular, when powders adhere and cause measurement errors or blockages, it leads to material waste and decreased productivity, resulting in increased costs. Anti-adhesion chutes suppress powder adhesion and solve these issues. They enable accurate weighing and metered supply of powder raw materials, contributing to cost reduction. 【Usage Scenarios】 - Transporting metal powders, abrasives, pigments, etc. - Weighing and mixing processes - Quality control of products 【Effects of Implementation】 - Reduction of material waste - Improvement of production efficiency - Enhancement of yield - Reduction of maintenance costs

In the ceramics industry, there is a demand for a uniform supply of powder raw materials and improved precision in the molding process. Powder adhesion to the chute can cause measurement errors and instability in supply, potentially leading to molding defects and reduced yield. Our "Adhesion Prevention Chute" suppresses powder adhesion and achieves stable supply, contributing to improved moldability. 【Usage Scenarios】 - Powder supply in the ceramics molding process - Weighing and mixing processes of powder raw materials - Reduction of molding defects 【Benefits of Implementation】 - Prevents troubles caused by powder adhesion in advance - Improves moldability through stable powder supply - Enhances yield

In the fertilizer manufacturing industry, the uniform mixing of raw materials is a crucial factor that affects product quality. Particularly during the mixing process, if powdered raw materials adhere to the chute, it can lead to imbalances in the mixing ratio and instability in the supply amount, potentially resulting in a decline in product quality. Additionally, issues such as foreign matter contamination due to the dropping of adhered substances and chute blockages are more likely to occur. Our adhesion prevention chute addresses these problems, enabling stable and uniform mixing. 【Usage Scenarios】 - Mixing process of fertilizer raw materials - Supply of raw materials after weighing - Improvement of mixing ratio accuracy - Reduction of foreign matter contamination risks 【Benefits of Implementation】 - Enhanced mixing accuracy - Stabilization of product quality - Increased production efficiency - Reduced risk of operational stoppages due to troubles

In the feed manufacturing industry, it is essential to minimize raw material loss and establish an efficient production system. In particular, adhesion during the transportation of powdered raw materials can lead to decreased measurement accuracy and production stoppages due to blockages, resulting in significant losses. Our "Adhesion Prevention Chute" suppresses the adhesion of powdered raw materials and addresses these issues. 【Application Scenarios】 - Transportation of powdered raw materials in feed manufacturing - Reduction of losses in weighing and mixing processes - Improvement of production efficiency 【Effects of Implementation】 - Reduces waste of raw materials and lowers costs - Improves measurement accuracy and stabilizes product quality - Increases the operating rate of the production line

In the battery materials industry, the high purity of powders, which affects product quality, is crucial. In particular, material adhesion can lead to contamination by impurities and a decrease in weighing accuracy, potentially adversely affecting product performance. Our "Adhesion Prevention Chute" is made from flexible materials for the inner tube, which serves as the transport path for the powder, and it vibrates in a pulsed manner using air pressure to suppress powder adhesion. This enables the transport of high-purity materials and contributes to improving product quality. 【Application Scenarios】 - Manufacturing processes for lithium-ion battery materials - Powder transport for cathode materials, anode materials, electrolytes, etc. - Processes requiring high-purity materials 【Benefits of Implementation】 - Reduced risk of foreign matter contamination due to adhesion - Improved weighing accuracy - Increased product yield

In the paint industry, it is important to prevent color variations and foreign matter contamination that can affect product quality. Particularly in powder coatings, color variations are likely to occur due to adhesion to the chute. When the adhered powder peels off and mixes into the paint, it not only damages the appearance of the product but also leads to a decline in quality. Our "Adhesion Prevention Chute" suppresses powder adhesion and solves these issues. 【Usage Scenarios】 - Powder coating manufacturing process - During color change of paint - Weighing and mixing process 【Benefits of Implementation】 - Prevention of color variations and foreign matter contamination - Improved yield - Stabilization of quality

In the resin molding industry, the accurate supply of powdered raw materials affects production efficiency. Powder adhesion to the chute can lead to decreased measurement accuracy and supply disruptions, resulting in reduced productivity. Furthermore, foreign matter contamination due to falling debris can compromise product quality. Our "Adhesion Prevention Chute" addresses the issue of powder adhesion and contributes to productivity improvement by achieving stable powder supply. 【Usage Scenarios】 - Transport of resin pellets and powders - Raw material supply to molding machines - Weighing and supply processes 【Benefits of Implementation】 - Prevention of troubles caused by powder adhesion - Increased productivity through stable powder supply - Improved product quality

In the field of resource recovery in mining, the efficiency of powder material transportation is crucial. The adhesion of powders to chutes can lead to decreased measurement accuracy and operational stoppages due to blockages, resulting in reduced productivity. This issue becomes more severe, especially when handling highly adhesive powders. Our "Anti-Adhesion Chute" helps suppress powder adhesion and achieves stable transportation, contributing to the efficiency of resource recovery. 【Usage Scenarios】 - Transportation of ores, metal powders, and other powder materials - Ore processing - Powder transportation after crushing and grinding 【Benefits of Implementation】 - Reduction of blockages and measurement errors caused by adhesion - Mitigation of operational stoppage risks - Increased productivity through stable powder supply