Manufacturing hydraulic-related components for agricultural and construction machinery that withstand harsh environments using pressing. By replacing with high-strength materials, production costs are reduced without compromising strength.
A pallet rack that allows for safe and efficient storage of molds in a space-saving manner.
Reduction of mold regrinding labor and extension of mold parts lifespan. This is a ceramic that achieves reduced running costs for mold production and high efficiency.
Are you having trouble with bending processing of striped plates? We will solve the strength issues in the transportation industry!
A dry laminator/isobonder that can press with uniform pressure in a dry atmosphere and under vacuum, even for work with uneven surfaces and multi-chips.
Introducing examples of warped shapes that are prone to failure in the prototyping and design of metal press molding. An explanation using illustrations categorized by shape!
We accommodate deep drawing presses for a variety of materials, from aluminum to high-strength steel sheets. Leveraging our achievements in the automotive sector, we realize mass production of high-strength components as alternatives to forging.
Transitioning the joints and covers of industrial machinery, which were previously done through cutting and forging, to pressing. Achieving high precision deep drawing of difficult-to-process materials such as stainless steel to improve productivity.
Significant improvement in aluminum adhesion due to R-Coat (DLC) punch! Case studies will also be introduced.
Strips are difficult... Stainless steel is even more difficult... Still, there is a technology for "bending stably"!
We will provide you with a collection of our processing case studies, showcasing numerous achievements from electrical components incorporated in automobiles, motorcycles, and generators to robots and infrastructure over the past 50 years!




























































































































