タカギセイコー Product Lineup

Our high-pressure hydrogen tank liner for FCVs (fuel cell vehicles) adopts the production method of "rotational molding," which is a hollow product manufacturing technique. Compared to injection molding methods, it features simpler equipment and molds, allowing for reduced manufacturing lead times and lower investment costs for hydrogen tank liners. It is lightweight and made of resin, offering excellent corrosion resistance. Additionally, since the material used is plant-based PA11, it contributes to achieving carbon neutrality while ensuring gas barrier properties. 【Features】 - Achieves uniform wall thickness and strength even for large-capacity and long products. - Unlike injection molding, which requires welding, it allows for significant reductions in equipment investment costs with rapid development. Our unique active vent technology can suppress harmful voids specific to rotational molding. *For more details, please download the PDF or contact us directly.

Our company actively participates in research and application studies of new materials in collaboration with customers and industry-academia partnerships, accelerating the acquisition of new technological information and the development of unique molding methods. We possess "high-precision metal insert molding technology" that allows for the simultaneous insert molding of complex-shaped metal parts within a mold. Additionally, we have successfully developed the "TS High-Speed Stamping Molding System," which enables mass production of products through hybrid molding of stamping (composite materials) and injection molding (thermoplastic resins). Furthermore, we have molding technologies such as "injection molding" and "DCP-RIM," as well as processing technologies that support the high added value of products. 【Features】 <High-Precision Metal Insert Molding Technology> - Wraps the specified range of metal parts with resin to improve insulation performance. - Possesses in-mold metal insert technology that can reproduce geometric dimensions with high precision. <TS High-Speed Stamping Molding System> - Responds to functional requirements such as complex product shapes. - Achieves high productivity through integrated molding of parts. *For more details, please refer to the PDF document or feel free to contact us.

We have developed a "surgical training simulation organ" using our unique materials. It allows for control of hardness and can accommodate various organs, and it is possible to create original organs by reverse engineering X-ray CT data. Additionally, because it is made of transparent material, it enables visualization of fluid infiltration during injections, making it suitable for surgical training and other applications. 【Features】 - Hardness control is possible, accommodating various organs - Original organs can be created by reverse engineering X-ray CT data - Transparent material allows for visualization of fluid infiltration during injections - Compatible with various simulations - Simulation organs that allow for fluid infiltration close to actual hardness *For more details, please refer to the PDF document or feel free to contact us.

The "Cell Culture Special Microplate" is a product that features various fine patterns on the bottom surface of the wells. It has fine bottom surface shapes that allow for the control of cell behavior. Additionally, it offers various shape patterns that enhance research efficiency, and it can be provided at a low cost due to its manufacturing by injection molding. 【Features】 ■ Fine bottom surface shapes that allow for the control of cell behavior ■ Various shape patterns that enhance research efficiency ■ Low-cost provision due to manufacturing by injection molding *For more details, please refer to the PDF document or feel free to contact us.