Provide a wide range of information on the material handling of powders and granules, such as storage, feeding, packaging, and weighing.

Pursue manufacturing technology for powder particles with powder characteristics, analyze potential user needs, and facilitating interaction between manufacturers and users.

Focused on peripheral areas such as classification sieving and other stand-alone operations, which are fundamental technologies used in a wide range of industries dealing with powders and granulates.

Provide information on the latest research and technology trends in drying, trends in drying equipment, and new drying equipment.

Develop and disseminate dust collection technology through ISO and JIS standardization of dust collection performance evaluation methods, publication of books, and training of engineers.

The ongoing theme is the evaluation method of mixing and kneading conditions before molding, which greatly affects the performance of the final product, and the activities are also focused on molding in a semi-wet, condition evaluation and ICT.

Introduce excellent granulation technologies in various industrial fields, and plan and conduct technical discussions in the hope that they can be applied to technological innovations in other fields.

Gather experts in equipment for measuring various physical properties of powders and provide technical information specialized in instrumentation and measuring equipment related to powders.

Contribute to technological advances in solid-liquid separation, such as the recovery of valuable materials and the purification of liquids, as well as solid-liquid dispersion for controlling the structure of fine particles using various devices and additives.

Provide information on the technology and related to powder transportation from the viewpoints of both manufacturers and users, and build human and information networks.

Working on clean technology for industrial fields such as machinery and food, personal space, and prevention of infectious diseases, in addition to the conventional semiconductor and LCD panel manufacturing.

Based on fluidized-bed technology, active in a wide range of fields, including not only the use of renewable energy from waste and various types of biomass, but also the global warming prevention, FIT system and the use of AI applications.

Provide practical knowledge, collect cutting-edge information, and widely develop crystallization technologies used in various fields such as batteries, catalysts, pharmaceuticals, foods, and cosmetics.

Provide information on the technology, evaluation and risks of fine particles and nanoparticles from basic to industrial-level applications.

Work to deploy powder processing technology in the research and development of next-generation batteries for safety, durability, and cost reduction.

Introduce new technologies, target products and materials with a basic policy of conducting activities that lead to the recycling business.

Collect and disseminate new information and technologies related to food based on the concept of “safety and security” required for food products.

Holding lectures and participating in symposiums with the aim of learning about the fundamentals and applications of particle design engineering required for particle processing in the pharmaceutical, cosmetic and food fields.

Contribute to the solution of various powder-related problems in the industry by using the latest powder simulation technology.

Collect and enlighten information on particle-assembling processes technology and disseminate information leading to the development and improvement of particle-assembling processes.

Considered bio-related materials such as microorganisms and virus as “bio-particles”, collect and disseminate information with the aim of solving problems using fine particle technology in the various field like food process, resource circulation, etc.