In the heavy industry sector, where challenges such as increased functionality due to energy transition, rising sustainability demands, and aging equipment are intricately intertwined, we support mechanical design that enhances our clients’ competitiveness while navigating a highly uncertain business environment.
We provide optimal design technology solutions to ensure strength, rigidity, durability, and safety for large-scale, high-load structures such as power generation equipment, industrial machinery, shipbuilding, and infrastructure-related devices.
Based on structural analyses of load fluctuations, vibration, acoustics, and thermal effects, we propose new structures capable of meeting future performance requirements.
We also actively engage in emerging industries such as renewable energy facilities and hydrogen-related infrastructure, providing design support to heavy industry clients to strengthen their “structural competitiveness” and business foundation for the future.
Vibration Isolation Solutions
Increasing demands for enhanced vibration isolation performance of turbines and other large-scale equipment arise from improvements in power generation and industrial machinery capabilities, stricter environmental regulations, and efforts to improve factory working conditions.
n this context, we leverage our material properties and employ vibration isolation structures utilizing metamaterials and compliant mechanisms to contribute to improved quietness, reduced vibration, and enhanced stability in production and quality.
Soundproofing Solutions
In recent years, soundproofing for large-scale engines used in ships and heavy machinery has become essential to improve the working environment for crew members and factory workers, driving increased demands for enhanced sound insulation performance.
In this context, we contribute to improving working environments by providing tailored soundproofing design proposals based on advanced analysis and optimized design that integrate structural control of acoustic transmission loss and optimal placement of various sound-absorbing materials.
Thermal Management Solutions
Amid the energy transition, tightening environmental regulations, and the rise of generative AI driving the construction of data centers, there is an increasing demand for highly efficient energy management systems.
Within this context, we leverage our proprietary 3D flow channel generation algorithms and custom manufacturing methods such as 3D printing to propose structures that realize highly efficient future thermal management (heat exchange, thermal uniformity), thereby contributing to enhancing the competitiveness of our clients’ products.
Strength and Stiffness Solutions
In the heavy industry sector, where large-scale equipment and high-load structures are required, ensuring the strength and stiffness of machinery is a critical design requirement that impacts safety, reliability, and durability.
Additionally, there has been a rapidly growing demand in recent years for miniaturization and integration to improve transportability, constructability, and cost efficiency.
Within this context, we contribute to enhancing our clients’ competitiveness by providing solutions such as achieving compact, high-stiffness structures using topology optimization and origami engineering, reducing the number of components through integration techniques that minimize bolted joints, and selecting optimal structures based on material properties.
