タカギセイコー Product Lineup

At Takagi Seiko, we conduct "Thermoplastic Composite High-Speed Stamping Molding," a high-precision molding system that leverages the properties of thermoplastic resins and molding technology. This technology enables hybrid molding of stamping and injection, accommodating a wide range of functional requirements for products with complex shapes. Composite materials have higher specific strength and specific stiffness compared to metals, making them effective for lightweighting components. 【Features】 ■ High strength and rigidity ■ Stable continuous automatic molding with high cycles ■ Hybrid molding of stamping and injection ■ Capable of large molded products with dimensions of 1800mm x 900mm ■ No trimming process required ■ Excellent recyclability *For more details, please refer to the catalog or feel free to contact us.

Type IV tank liners are made of lightweight resin and have excellent corrosion resistance. The material used is plant-based PA11, which not only ensures gas barrier properties but also contributes to achieving carbon neutrality. By integrating the liner through rotational molding, we can achieve uniform wall thickness and strength even in large-capacity, long products. Additionally, development can be completed in a shorter time compared to injection molding. Furthermore, capital investment costs can be significantly reduced. Our company can suppress harmful voids through our unique active vent technology.

MCF molding (ultrafine foaming molding) is a molding method that utilizes ultrafine foaming. It is adopted in various fields, including automotive and OA equipment parts produced by our company. By injecting supercritical gases of N2 and CO2 into the plastic inside the cylinder, small bubbles are generated, and injection molding is performed. 【Features】 - Reduces weight by approximately 20% without compromising strength - Lowers the viscosity of the resin through foaming, suppressing injection pressure - Achieves processing with minimal sink marks and warping, enabling the molding of difficult-to-flow resins and ultra-thin molding *For more details, please refer to the PDF materials or feel free to contact us.

Rotational molding is a molding method in which resin powder is placed inside a hollow mold, and the mold is heated while being rotated, allowing the melted resin to uniformly laminate the inner surface of the mold. It is suitable for low-cost, small-scale production of complex-shaped parts and thin-walled hollow products. Molding is possible with molds that fit inside a hemisphere with a diameter of 2 meters. It achieves products with uniform wall thickness even in complex shapes. It excels in impact resistance, rigidity, airtightness, chemical resistance, and weather resistance. 【Features】 - Supports small to large hollow and box-formed products - Molding is possible with molds that fit inside a hemisphere with a diameter of 2 meters - Achieves products with uniform wall thickness even in complex shapes - Excellent in impact resistance, rigidity, airtightness, chemical resistance, and weather resistance - Capable of producing different products with a single molding machine (suitable for small-batch, diverse production) - Keeps mold costs down and minimizes raw material waste *For more details, please refer to the PDF document or feel free to contact us.

Takagi Seiko has successfully developed the "TS High-Speed Stamping Molding System," which enables mass production of products through hybrid molding using stamping (composite materials) and injection molding (thermoplastic resins). The system automates the entire process from the input of composite materials, heating, layering, pressing, resin filling and molding, to the extraction of the finished product, achieving stable continuous molding. It also accommodates functional requirements such as complex product shapes. 【Features】 - Product design that balances lightweight properties with high strength and high rigidity compared to metals - Capability to meet functional requirements for complex product shapes - Ability to handle large molded products with a length of 1,800mm - High productivity achieved through integrated molding of parts *For more details, please refer to the PDF document or feel free to contact us.

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.

Takagi Seiko's "rotational molding" is a processing method that involves pouring resin powder into a hollow mold and heating and cooling it while rotating the mold, resulting in the melted resin uniformly laminating the inner surface of the mold. Molding is possible with molds that fit inside a hemisphere with a diameter of 2 meters, making it a suitable molding technology for low-cost, small-scale production of complex-shaped parts and thin-walled hollow products. 【Features】 - Compatible with small to large, hollow and box-shaped molded products - Molding is possible with molds that fit inside a hemisphere with a diameter of 2 meters - Achieves products with uniform wall thickness even for complex shapes - Excellent impact resistance, rigidity, airtightness, chemical resistance, and weather resistance - Capable of producing different products with a single molding machine (suitable for small-batch production of various types) - Reduces mold costs and minimizes raw material waste This molding method is a must-see for companies looking to mold complex shapes such as urea water tanks, air supply ducts, and bus fuel tanks. *For more details, please refer to the PDF document or feel free to contact us.

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.

The dissimilar material joining technology has sealed even the slightest gaps between the busbar and the resin, achieving high airtightness. *For more details, please refer to the PDF document or feel free to contact us.*

We will be exhibiting at the Automotive and Vehicle Technology Exhibition! Our fine foaming molding is a molding method that utilizes the MuCell method. We have been adopted in various fields such as automotive and OA equipment parts. 【Features】 ■ Weight reduction of approximately 20% ■ By not using foaming agents, we can reduce material resource consumption and achieve lightweighting, thereby reducing environmental impact ■ Shortened molding cycle due to improved resin fluidity from foaming *You can download the latest catalog from the link below.

Cellulose nanofibers can achieve cost reduction due to their small amount of addition. Bio-polyethylene can reduce carbon dioxide emissions by up to 70% during production and disposal, contributing to carbon negativity. *For more details, please refer to the PDF document or feel free to contact us.

A high-pressure hydrogen tank is a container necessary for storing hydrogen, which will be the next-generation energy source. Our company is researching and developing the resinization of the liner part, which serves as a barrier to prevent hydrogen gas permeation. *For more details, please refer to the PDF document or feel free to contact us.*

Rotational molding is a processing method in which powdered resin is placed into a hollow mold, and the mold is heated and cooled while being rotated. It is ideal for large and complex integrated shapes. Our company has been producing urea water tanks for diesel engine vehicles since 2012, and we also accommodate the production of various other tanks. *For more details, please refer to the PDF document or feel free to contact us.