アクトシステムエンジニアリング List of Products and Services

This document presents case studies of companies that faced blockage issues when powdered raw materials (products) were retained in piping during transportation and encountered difficulties during restart after power restoration. We offer improvement proposals that led to problem resolution. This is a reference document for companies struggling with the selection of powder handling equipment, including improvements in particle size distribution and discharge issues. 【Case Study Contents】 ■Case 1: Example of improving the efficiency of the process for loading food ingredients into a hopper ■Case 2: Example of selecting equipment to uniformly mix a small amount of additives into a large quantity of powder ■Case 3: Example of improvements to meet strict particle size requirements ■Case 4: Case of resolving line stoppages through network connections of various control devices ■Case 5: Example of improving powder clogging in air transport systems during power outages (especially in summer) *Since this document consolidates our company's know-how, we kindly ask other companies in the same industry to refrain from downloading it. *For more details, please download the PDF or contact us.

• Facility Design

In this document, we present improvement cases for companies that have been troubled by line stoppages due to panel failures, as the variety settings, various parameter settings, and automated operations were managed via a touch panel. This is a reference document for companies struggling with the selection of powder equipment, including improvements in particle size distribution and discharge defects. 【Contents of the published cases】 ■Case 1: Example of streamlining the process of feeding food ingredients into a hopper ■Case 2: Example of selecting equipment for uniformly mixing small amounts of additives into large quantities of powder ■Case 3: Example of improvements to meet strict particle size conditions ■Case 4: Example of resolving line stoppages through network connections of various control devices ■Case 5: Example of improving powder clogging in air transport systems during power outages (especially in summer) *As this document consolidates our company's know-how, we kindly ask other companies in the same industry to refrain from downloading it. *For more details, please download the PDF or contact us.

• Facility Design

Our company provides comprehensive engineering for powder and liquid plants, covering everything from design to construction and management, as well as the manufacturing and sales of equipment and parts. We can design and construct various plant facilities, including systems that automatically weigh and supply a wide variety of raw materials in conjunction with inventory management systems, and processing lines for new materials and high-value-added raw materials. ★ We are currently offering materials that showcase examples of improvements made to powder equipment by our company. You can view the details by downloading the PDF. 【Examples of Problem Solving】 ◎ Reduced the burden of the task of loading 20kg of raw material into the hopper, successfully achieving labor savings. ◎ Achieved uniform mixing of small amounts of additives into large quantities of powder, resulting in a 40% increase in production. ◎ Improved the particle size and characteristics of existing products by reviewing the grinding equipment. ◎ Reduced line downtime caused by control panel component failures. ◎ Improved powder clogging in air transport systems during power outages (especially in summer).

• Facility Design
• others

This document introduces examples of selecting grinding machines aimed at improving the particle size and characteristics of existing products, based on consultations from companies facing challenges. It serves as a reference for companies struggling with the selection of powder handling equipment, such as improving particle size distribution and reducing discharge issues. 【Case Examples Included】 ■Case 1: Example of streamlining the process of feeding food ingredients into a hopper ■Case 2: Example of selecting equipment to uniformly mix small amounts of additives into large quantities of powder ■Case 3: Example of improvements to meet strict particle size requirements ■Case 4: Example of resolving line stoppages through network connections of various control devices ■Case 5: Example of improving powder blockages in air transport systems during power outages (especially in summer) *Please refrain from downloading this document if you are a competitor, as it contains our proprietary know-how. *For more details, please download the PDF or contact us.

• Air conditioning equipment
• Facility Design

The document introduces a case where a company faced the challenge of "not being able to uniformly mix a small amount of additives into a large quantity of powder" and consulted with us, ultimately achieving a "40% increase in production volume." This is a reference material for companies struggling with the selection of powder handling equipment, including issues such as particle size distribution and discharge failures. 【Case Studies Included】 ■Case 1: Example of improving the efficiency of the process for loading food ingredients into a hopper ■Case 2: Example of selecting equipment to uniformly mix a small amount of additives into a large quantity of powder ■Case 3: Example of improvements to meet strict particle size requirements ■Case 4: Example of resolving line stoppages through network connections of various control devices ■Case 5: Example of improving powder clogging in air transport systems during power outages (especially in summer) *As this document consolidates our company's know-how, we kindly ask other companies in the same industry to refrain from downloading it. *For more details, please download the PDF or contact us.

• Duct related equipment
• Facility Design

This document includes examples of companies that had challenges in selecting powder handling equipment and actually consulted with us for improvement proposals. It serves as a reference for companies struggling with issues such as particle size distribution and discharge failures in selecting powder handling equipment. 【Content of Published Cases】 ■Case 1: Example of improving the efficiency of the process for loading food ingredients into a hopper ■Case 2: Example of selecting equipment to uniformly mix a small amount of additives into a large quantity of powder ■Case 3: Example of improvements made to meet strict particle size requirements ■Case 4: Example of resolving line stoppages through network connections of various control devices ■Case 5: Example of improving powder clogging in air transport systems during power outages (especially in summer) *Since this document consolidates our company's know-how, we kindly ask competitors in the same industry to refrain from downloading it. *For more details, please download the PDF or contact us.

• Facility Design

At Act System Engineering, we engage in plant engineering operations related to powders and liquids. In addition to plant construction, we contribute to improving your company's quality, production capacity, labor-saving, and environmental measures through various approaches, including equipment selection, experimentation, and development planning. We also have a track record of supplying production equipment for negative and positive electrode materials. ★Currently, we are offering materials that introduce examples of configurations for multi-product weighing and mixing plants. You can view them immediately via "PDF Download." 【Main Equipment and Facilities Handled】 [1] Filtration equipment, dewatering equipment, drying equipment [2] Crushing equipment, classification equipment [3] Granulation equipment, pelletizing equipment [4] Weighing and blending equipment, mixing equipment, synthesis equipment [5] Dust collection equipment, deodorization equipment, water treatment equipment, clean rooms [6] Air transport equipment, mechanical transport equipment, FA equipment [7] Automatic control systems, sensor technology

• others

The "Rotary Magnet" is a magnetic feeder that efficiently removes iron particles mixed in powder and granular materials while providing a precise supply. It uses rare earth permanent magnets (with a magnetic force of over 10,000 gauss). Additionally, its sanitary structure allows for easy disassembly and assembly, making cleaning tasks simple. Furthermore, the number of rotary blades and magnets can be selected based on the material properties and type. 【Features】 ■ Provides precise measurement ■ Adopts a sanitary structure ■ Uses rare earth permanent magnets ■ Meets demands in various fields *For more details, please refer to the catalog or feel free to contact us.

• Work tools