タカギセイコー Product Lineup

■High degree of freedom in shape ■Large hollow products can be easily produced (low mold costs) ■Suitable for a variety of products and small lots ■Uniform wall thickness is possible compared to blow molding, making it easier to reduce weight ■Trusted by domestic and international customers due to high quality assurance ■Compatible with biofuels Please feel free to consult us, especially for products that have difficulties in securing capacity.

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.

DCP-RIM utilizes the material properties of DCP to achieve the one-piece molding of large components with complex forms. It can accommodate sizes up to approximately 3m x 2m x 1m in height and weights up to 50kg. Compared to metal sheet components, it offers higher design flexibility and contributes to the lightweighting of thick-walled molded products. Performance improvements in various fields, such as enhancing vehicle fuel efficiency, are expected. It enables stable molding that is not affected by temperature changes and excels in impact resistance, toughness, rigidity, acid resistance, and alkali resistance. *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.

Our insert molding (floating molding) technology involves installing a movable core that operates independently within the mold, supporting the insert components until just before the resin filling is complete. After that, by sliding back at a specific timing, we achieve products without short shots. By integrating laminated metal cores into engineering plastics, we reduce assembly processes and keep costs down. Additionally, we can create smaller, highly thermally conductive products without gaps compared to conventional methods. 【Features】 ■ Floating molding (patented technology) ■ Reduction of processes and costs through simultaneous molding ■ Achieves both high rigidity and lightweight ■ Excellent heat shock resistance even in thin-walled molding with a resin thickness of 0.3mm ■ Proven track record in motors for domestic hybrid vehicles *For more details, please refer to the PDF document or feel free to contact us.

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.

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.

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.