Molding(Mold) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
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Molding Product List

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Electrode film insert molding "IME"

Electrode film insert molding "IME"

It is also possible to create a light transmission effect that beautifully highlights the display area! We have prepared samples for you to see in person.

We introduce a technology that integrates electrode films with electrical functions into in-mold electronics (IME) molded resin. With "NISSHA IME," it is possible to integrate resin parts and electrode films through insert molding. This is one of the MID technologies that allows for the formation of electrodes in 3D and curved shapes. Moreover, not only functional electrodes can be integrated, but also a variety of decorative films can be simultaneously insert molded, achieving a highly aesthetic appearance. 【Features】 ■ Simultaneous insert molding of electrode films and FPC while molding resin parts for product panels and other housings ■ Pins for electrode extraction and FPC are also molded at the same time ■ A simple process that can accommodate diverse structural designs ■ Samples of multiple structural patterns are available *For more details, please refer to the related links or feel free to contact us.

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Technical booklet "Basic Knowledge of CFRP 2" *Free download available

Technical booklet "Basic Knowledge of CFRP 2" *Free download available

An easy-to-understand explanation of the molding methods for CFRP (FRP) and their respective advantages and disadvantages!

Our company, which consistently handles everything from design, molding, processing, to assembly of composite materials such as CFRP (FRP) and general-purpose plastics, is currently offering a free technical booklet titled "Basic Knowledge of CFRP 2," which condenses our molding know-how! The booklet includes explanations of the advantages and disadvantages of various molding methods and their applications, as well as a "flowchart" that helps identify the optimal molding method for different needs. It is easy to understand for beginners and can also be used as training material! 【Contents】 ■ Representative examples of wet molding (hand lay-up method, RTM method, etc.) ■ Representative examples of dry molding (SMC method, autoclave method, etc.) ■ Advantages, disadvantages, and specific examples of various manufacturing methods ■ Selection criteria for molding methods (flowchart) *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

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Titanium injection molded parts

Titanium injection molded parts

We will mass-produce titanium components and piping parts using MIM (Metal Injection Molding).

Titanium has excellent material properties and is adopted in various industries. Although it is a high-difficulty processed product and has cost disadvantages, we have overcome this by mass-producing it using our uniquely developed injection molding technology. Its adoption is expanding in fields such as medical, IT, robotics, and accessories.

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Eliminate internal defects with a unique binder PIM and achieve an extraordinary surface gloss.

Eliminate internal defects with a unique binder PIM and achieve an extraordinary surface gloss.

World-class technology! A luxurious exterior surface and finely crafted functional interior.

"PIM (Powder Injection Molding)" is an abbreviation for powder injection molding, a method of injecting a mixture of fine powders such as metal or polymer microparticles and binders into a mold. At Atect, we accommodate a range of materials from metal alloys like titanium and stainless steel to ceramics such as alumina and zirconia, as well as nickel-free materials. We also achieve the integrated molding of intricate shapes in difficult-to-machine materials that were previously impossible. Our unique binder eliminates internal defects, and by polishing the surface, we achieve a level of surface gloss that is on a different dimension compared to conventional PIM. 【Features】 ○ Molding of a wide range of materials ○ Fine processing with net shape processing ○ Achieving a mirror finish due to the absence of internal defects For more details, please contact us or download the catalog.

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Features and Applications of PIM

Features and Applications of PIM

It is possible to mold and sinter metals with extremely high melting points, such as titanium, with high precision!

"PIM (Powder Injection Molding)" is an abbreviation for powder injection molding, a manufacturing method that involves injecting a mixture of fine powders such as metal or ceramic powders and organic binders. The sintered bodies obtained through PIM have extremely high dimensional accuracy and contribute to various industrial fields as sintered products used in machinery, electronic components, and green devices. Additionally, our company is developing heat sinks with complex three-dimensional shapes that maximize heat dissipation effects using our proprietary ceramic powder injection molding technology. 【Features】 - Complex and difficult-to-process shapes can be mass-produced at low cost and high efficiency using our unique technology. - Environmentally friendly binder for powder injection molding. - Feedstock materials with high handling properties tailored to injection molding conditions. *For more details, please refer to the PDF document or feel free to contact us.

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Introduction to PIM (Powder Injection Molding) technology!

Introduction to PIM (Powder Injection Molding) technology!

PIM (Powder Injection Molding) is a technology that allows materials that were difficult to process to be shaped into net shapes with high precision!

Atect Co., Ltd., a manufacturer of metal and ceramic injection molding, is a comprehensive PIM manufacturer that consistently handles everything from material development and manufacturing to molding, sintering, and secondary processing. "PIM" stands for Powder Injection Molding, a technology that involves injection molding using a material made by mixing metal (MIM) or ceramic (CIM) powders with an organic binder. Processing shapes that require precision often relies on cutting, which can pose challenges in terms of mass production and cost when dealing with large quantities, and there are also constraints on processing methods for complex shapes. Our technology provides solutions to these challenging issues! 【Features】 ■ High freedom in materials allows for the injection molding of various metals and ceramics into complex shapes. ■ Our technology enables the molding and sintering of high-melting-point metals such as stainless steel and titanium with high precision. ■ Silicon nitride and aluminum nitride, which are gaining attention as heat dissipation materials for electric vehicles and power semiconductors, can also be molded using our technology. *For more details, please refer to the related links or feel free to contact us.

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Molding process of carbon fiber reinforced thermoplastic resin (CFRTP).

Molding process of carbon fiber reinforced thermoplastic resin (CFRTP).

We perform hot stamping molding (TAM molding) and hybrid molding, among others.

Asai Sangyo Co., Ltd. is engaged in the molding of carbon fiber reinforced thermoplastic resin (CFRTP). In hot stamping molding, carbon fiber woven fabric and thermoplastic resin film are laminated and hot stamped using molds capable of rapid heating and rapid cooling. This method allows for high-temperature molding that is difficult with methods using electric heating wires or steam. It is also capable of molding complex shapes that are challenging with thermoplastic prepregs. This method utilizes patented technology and is referred to as TAM (Thermo Assisted Molding) molding. The TAM molding method uses high-frequency electric current, resulting in less waste compared to methods using steam or heaters, and can heat the mold above the resin's melting point in a short time. Additionally, hybrid molding of continuous fiber CFRP and long fiber injection molding is a molding method that inserts hot-stamped continuous fibers into injection molding. It enables the integral molding of high strength, high rigidity, and complex shapes. 【Features】 [Hot Stamping Molding] ○ Direct electric heating method for molds ○ Material costs are halved compared to thermoplastic prepregs [Hybrid Molding] ○ Various shapes of metal products can be replaced with CFRP ○ Achieves strength comparable to aluminum alloys at half the weight

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Injection molding of high-performance resins such as PEEK, recycled resins, and biodegradable resins on a desktop.

Injection molding of high-performance resins such as PEEK, recycled resins, and biodegradable resins on a desktop.

Wide-ranging injection molding of various resins, including thick-walled molding of PEEK, is possible.

We support a variety of thermoplastic resins, including general-purpose resins, high-performance resins, eco-plastics, and special resins such as CIM, CFRTP, and GFRTP. We lower the barriers for prototyping and accelerate research and development. Additionally, we enable the recycling and utilization of plastic waste, contributing to resource circulation. For more details on the resins we support, please refer to our catalog and website. Related link - https://www.centinno.co.jp/

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