タカギセイコー Product Lineup

- By adopting a busbar design, this product can reduce the number of components and labor hours compared to a wire design, resulting in cost savings. - It can withstand high voltage and high current. - By utilizing advanced insert molding, it enables unit production and excels in dimensional accuracy, making it suitable for automated assembly processes. - Our unique mold technology and production techniques ensure reliability while enabling stable mass production. - There is a proven track record of adoption in motors for driving and generating power in HEVs (Hybrid Electric Vehicles).

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 unique insert molding technology seals even the slightest gaps between busbars and resin, achieving high airtightness. 【Features】 ■ High waterproof and oil resistance achieved through proprietary sealing technology ■ Resin design that accommodates high voltage while saving space ■ We possess evaluation equipment, allowing for consistent support from prototyping to evaluation ～ Technical information documents are currently available! ～ You can view them immediately from the [PDF Download] below. We possess "high-precision metal insert molding technology" that allows for the simultaneous insert molding of multiple complex-shaped metal parts within a mold. 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 resin). ＜High-Precision Metal Insert Molding Technology＞ ■ Wraps specified areas of metal parts with resin to improve insulation performance ■ Holds technology for in-mold metal insert 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.

Prototyping of a battery case for automobiles made from resin composite materials. Continuous fiber reinforced resin is used for the surface layer to ensure strength. 【Features】 ■ High rigidity ■ Ultra-lightweight ■ High thermal insulation *For more details, please refer to the PDF document or feel free to contact us.