<

Research and Development

Our company is engaged in research and development across a wide range of fields, including hydrodynamics and structural analysis for the manufacture of ships and marine structures, as well as production technologies.

Circulating Water Tunnel(In-House)

We are undertaking research into ship performance using the circulating water tunnel and simulation technology at the Yokosuka Shipyard.
In addition to the development general commercial vessel, we are also examining the shapes of various work vessels, propellers and energy saving device as part of our research.
We are undertaking research into ship performance using the circulating water tunnel and simulation technology at the Yokosuka Shipyard.
In addition to the development general commercial vessel, we are also examining the shapes of various work vessels, propellers and energy saving device as part of our research.

Hydrodynamics Simulation Technology

Our company utilises the hydrodynamics evaluation technology and analysis systems we have developed over many years to conduct advanced simulations.
We are pursuing shape optimization and energy conservation using wind power.
Our company utilises the hydrodynamics evaluation technology and analysis systems we have developed over many years to conduct advanced simulations.
We are pursuing shape optimization and energy conservation using wind power.

Structural Analysis Technology

Our company has developed a proprietary structural evaluation technology and analysis system that we use to conduct advanced simulations and ensure safety during navigation.
Our company has developed a proprietary structural evaluation technology and analysis system that we use to conduct advanced simulations and ensure safety during navigation.

Structural Design Automation Technology

Our company has developed a platform that automatically generates 3D structural models by performing strength calculations and structural analysis in a short period of time, offering a significant time-saving advantage to our clients.
This enables the optimisation of new ship structures in a short timeframe.
Our company has developed a platform that automatically generates 3D structural models by performing strength calculations and structural analysis in a short period of time, offering a significant time-saving advantage to our clients.
This enables the optimisation of new ship structures in a short timeframe.

Visualization of factory

We utilise information and communication technology (ICT) to collect, visualise, store and share a range of workplace data, with the aim of enhancing workplace management efficiency and promoting continuous improvement.
We utilise information and communication technology (ICT) to collect, visualise, store and share a range of workplace data, with the aim of enhancing workplace management efficiency and promoting continuous improvement.

Information collaboration

We utilise ICT to coordinate delivery times with our outsourcing manufacturers, manage deliveries and inventory, and reduce stockouts and improve the efficiency of collection and delivery work.
We utilise ICT to coordinate delivery times with our outsourcing manufacturers, manage deliveries and inventory, and reduce stockouts and improve the efficiency of collection and delivery work.

Welding Technology

Our company employs simple automatic welding processes to efficiently undertake the welding of large structures.
We are developing our own trolleys to expand the range of applications and improving and maintaining parts to reduce breakdowns.
Our goal is to improve efficiency by using multiple simple automatic welding trolleys.
Our company employs simple automatic welding processes to efficiently undertake the welding of large structures.
We are developing our own trolleys to expand the range of applications and improving and maintaining parts to reduce breakdowns.
Our goal is to improve efficiency by using multiple simple automatic welding trolleys.

Painting Technology

We are constantly improving our technology for efficiently painting large structures. We are currently researching laser surface treatment as a pre-painting surface treatment method to replace the current air tools and blasting methods. We aim to reduce the cost of abrasives and energy, and to improve work efficiency.
We are constantly improving our technology for efficiently painting large structures. We are currently researching laser surface treatment as a pre-painting surface treatment method to replace the current air tools and blasting methods. We aim to reduce the cost of abrasives and energy, and to improve work efficiency.