We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Molded parts.
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Molded parts Product List and Ranking from 127 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

Molded parts Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. 日工産業 Tokyo//Manufacturing and processing contract
  2. シミズ工業 Aichi//Machine elements and parts
  3. 三浦化成工業 Yamanashi//Manufacturing and processing contract
  4. 4 エフプラス Nagano//Resin/Plastic
  5. 4 冨士ネーム Shizuoka//Printing Industry
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Molded parts Product ranking

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. Nichigo Industry Co., Ltd. Technology Introduction "Bulge Forming" 日工産業
  2. Introduction to the High-Pressure Forming In-Mold Processing Method 冨士ネーム
  3. Woodbell Industries, Inc. 東京都中小企業振興公社 医療機器産業参入支援事業
  4. Yoshida Manufacturing Co., Ltd. Company Profile 吉田製作所
  5. 4 [Production Example] Automotive-related Parts

Molded parts Product List

1～15 item / All 192 items

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[Processing Example] Mirror Stick

[Processing Example] Mirror Stick

The lightweight design of the ball section (tip section) has been achieved, allowing for an increase in natural frequency and the reduction of vibrations!

Our company is a manufacturing firm with over 60 years of experience in processing technology using various metal pipes as materials. Traditionally, we welded spherical forged parts to pipes, but we received requests for integration of the pipe for weight reduction and improved vibration strength. By forming the spherical part (tip) integrally from the pipe material, we achieved weight reduction. Increasing the natural frequency also reduced vibrations. 【Overview】 ■ Name: Mirror Stay ■ Processing Method: Intermediate Drawing, Bulging, Closing ■ Material: Structural Carbon Steel ■ Application: Mirror Stay for Trucks *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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[Processing Example] BODY-VALVE

[Processing Example] BODY-VALVE

Achieving integrated molding for cost reduction and improved appearance through welding-free technology!

Our company is capable of manufacturing using tube hydroforming (bulge processing) as the core method, along with several other processing techniques. We would like to introduce a processing example of the "BODY-VALVE." Previously produced as welded sheet metal monaka, we achieved integrated forming from pipe material to reduce costs and improve aesthetics by eliminating welding. 【Overview】 ■ Name: BODY-VALVE ■ Processing Method: Drawing and Bulging ■ Material: Stainless Steel ■ Application: Exhaust pipe with built-in flow switching valve *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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[Example] Ultra-precise molding of complex shapes

[Example] Ultra-precise molding of complex shapes

Achieve extremely small and complex shapes without machining! Please feel free to contact us regarding metal parts.

A small-diameter hole shaped like a conical tube, with a tip diameter of φ0.3±0.05 and a length of 2.8 mm, has been achieved without machining. Additionally, there are no burrs inside, and it possesses the necessary strength to prevent chipping or breaking. When dealing with multiple pieces of this shape on a pin cushion through machining, the cost and time are significantly high. With our MIM technology, which allows for ultra-small precision molding, high-precision parts under 1 mm can be mass-produced without machining. 【What is MIM (Metal Injection Molding)?】 It is a method also known as metal powder injection molding. A mixture of metal fine powder and a binder is injected into a mold to create a shaped product, which is then subjected to debinding and high-temperature sintering in a vacuum furnace to produce metal products. We excel at obtaining ultra-small metal parts with high precision, complex shapes, and three-dimensional geometries that are difficult to machine. Our company is the only one in Japan that develops the raw materials used for MIM in-house. We will provide the best proposals for our customers using various technologies. Please feel free to contact us through our website for any inquiries regarding metal parts.

  • nozzle
  • nut
  • Metal bearings

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Excellent Heat Resistance! (Super Engineering Plastic Injection Molding)

Excellent Heat Resistance! (Super Engineering Plastic Injection Molding)

We handle a wide range of super engineering plastics including PPS and PPA! Used in fields such as the automotive and aerospace industries as viable alternatives to metal components. *Video available.

Matex operates 160 molding machines ranging from 5t to 1000t across our factories in Japan, the Philippines, and China. We have a proven track record in precision plastic parts for major appliances, OA equipment, and automotive components. We handle a wide range of materials, from general-purpose plastics to super engineering plastics (including commonly used materials such as PA, POM, PC, PBT, ABS, as well as various materials stretching to PEEK and PPS). We can accommodate any requests from single components to assemblies such as Electric Actuators. Mold design is done in-house, and we can propose plastic alternatives for existing metal parts. We are capable of molding and assembling insert and outsert products. We can also provide comparative quotes for any plastic products you might be using, so please feel free to reach out to us. *For more details, please refer to the PDF materials below or feel free to contact us.*

  • Other Auto Parts

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[Example] Resin molded parts for medical devices/care welfare equipment

[Example] Resin molded parts for medical devices/care welfare equipment

Examples of products for medical device manufacturers (care and welfare) such as resin molded parts for nursing welfare equipment!

We received a request from a customer to produce molded products made from new materials that have never been used before, as well as complex hollow molded products. In response, our company manufactures "medical devices" and "resin molded parts for nursing care equipment." We are exploring whether we can stably produce molded products using unknown materials. We have a proven track record in three-dimensional curved processing and have smoothly transitioned to mass production. 【Production Overview】 ■ Materials: Urethane, acrylic, PC, nylon, Duracon, ABS, etc. ■ Dimensions: Within the capacity of engineering plastic molding machines (up to 700g per shot) ■ Quantity: Small lot production available ■ Delivery time: To be discussed separately ■ Applications: Various special analytical instruments, medical device components ■ Molding: Blow molding (supported by engineering plastic compatible machines and honeycomb dryers) ■ Processes (Technology): Design, drafting, estimation, prototyping, mass production (3D NC processing/NC lathe processing) ■ Supported areas: From prototype development to mass production *For more details, please refer to the related link page or feel free to contact us.

  • Contract manufacturing

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ECIP Series

ECIP Series

Compact fully automatic CIP with turn-lock mechanism.

We have started handling the new CIP mechanism manufactured by ENERGYN Corporation. When it comes to larger CIP machines, regarding the pressure resistance of the lid, if the size is small (Φ150[mm]) and the pressure is low (250[MPa]), there is no need to adopt a yoke frame or pin closure type. Instead, we have implemented a turn-lock type using saw blade screws, which has improved the compactness of the machine and the speed of lid opening and closing. * The turn-lock type and saw blade screws: This fastening method, which combines square screws and triangular screws, is strong against axial loads. It is designed without the need for a frame or pins. In the ECIP series, we differentiate between the turn-lock type and wire winding frame type based on pressure calculations, ensuring reliable pressure retention while being smart (compact and convenient). We are also capable of designing and manufacturing rubber molds for powder molding for Wet-Bag CIP. If you are interested, please feel free to download the catalog and contact us.

  • Powder Molding Machine

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[Case Study] Company I - Molded Parts for Infrastructure

[Case Study] Company I - Molded Parts for Infrastructure

Evaluation of BCP response leads to order! Introduction of a case study that addresses the strong demand for continuity in parts supply!

We received an inquiry from Company I regarding molded parts for infrastructure. While cost and quality of the parts are of course important, what was specifically requested this time was BCP (Business Continuity Plan) compliance. Since the equipment is expected to be in continuous production, a strong emphasis was placed on the continuity of parts supply. Given the recent abnormal weather, we must always consider the risk of being caught in a sudden disaster. Therefore, we assumed a scenario where manufacturing at our headquarters would be halted. We took preemptive measures such as preparing spare molds and, in anticipation of difficulties in manufacturing supply at headquarters, we decided to store two months' worth of inventory at Niigata Takawa as a response to potential disasters or troubles, which led to the order. [Challenges] ■ Stable quality ■ Minimum cost for high-volume parts ■ Ability to continue production *Many other cases are also published. For more details, please refer to the "Contract Case Collection" or feel free to contact us.

  • Contract manufacturing

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Biomass plastics that consider the environment [Technical documentation available]

Biomass plastics that consider the environment [Technical documentation available]

Biomass plastics have the advantage of reducing CO2 emissions with consideration for the environment. Our company is developing prototypes using various types of environmentally friendly resins.

Biomass plastic is a type of plastic obtained by chemically or biologically synthesizing renewable biomass resources. Even when incinerated, it has the characteristic of not increasing the concentration of CO2 in the atmosphere due to the carbon neutrality of biomass. This is expected to contribute to reducing dependence on fossil resources and solving the 3R issues of plastic. 【Features】 - By incorporating bamboo powder, wood powder, coffee grounds, etc., into PP resin, it can be disposed of as general waste. - Consideration for the environment, such as preventing global warming, is achieved by reducing the amount of resin, which in turn reduces CO2 emissions. We also accept consultations for molded parts tailored to our customers' needs and applications, so please download the materials for more details or contact us directly.

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  • カップホルダー.JPG
  • wood

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"Integrated wiring function resin molded parts" Characters, logos, and emblems shine!

"Integrated wiring function resin molded parts" Characters, logos, and emblems shine!

Illuminated metallic emblems for cars and motorcycles, with various applications such as instrument panels and various control switches! The design and circuit board are integrated using resin molding technology.

The "integrated wiring function molded products" we offer are resin molded products that combine resin with film substrates and decorative films. They can be utilized in various applications, such as illuminated metallic emblems for automobiles and motorcycles, instrument panels, and various control switches. Based on our expertise in resin molding technology, electronics technology, and automotive parts manufacturing know-how, the technology to integrate resin with film substrates and decorative films is unique to Nisshinbo. By achieving "thinness and lightweight," "reduction in the number of parts and assembly costs," "compatibility of design and functionality," and "reduction of environmental impact," we contribute to SDGs by making various products eco-friendly. 【Features】 ■ By integrating resin with circuit board films and decorative films, we can add wiring functions to resin decorative parts. ■ Thin and lightweight: 75% reduction in the number of parts for steering components, 22% reduction in component weight (according to our research). ■ Supports various design patterns, such as metallic and wood grain finishes. * We accept prototypes for various components. * For more details, please download the PDF or feel free to contact us.

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  • others

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New manufacturing method for 3D metal foil membrane components.

New manufacturing method for 3D metal foil membrane components.

We have developed parts that respond to precise shape designs and can accommodate free shapes with uniform thickness.

We would like to introduce our new manufacturing method for three-dimensional metal foil film components. Our company has developed foil film molded parts that respond to the precise shape designs required in fields such as medical and electronic devices, capable of accommodating free shapes with uniform thickness. By utilizing electroless nickel plating, we can form complex precision parts and seamless tubes that are typically difficult to produce. Additionally, the molded products can have any uniform thickness ranging from 20 to 150 μm, allowing for high-precision handling of fine shapes. 【Features】 ■ Utilizes electroless nickel plating ■ Capable of forming complex precision parts and seamless tubes ■ Molded products can have any uniform thickness from 20 to 150 μm ■ High precision handling of fine shapes ■ Flexibility can be incorporated *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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A must-see for those struggling with hard metal processing and cost reduction! *Explained in the point materials.

A must-see for those struggling with hard metal processing and cost reduction! *Explained in the point materials.

Even difficult processing of high-strength steel plates can maintain strength while achieving weight reduction! Deep drawing processing contributes to reducing material costs, explained clearly in point materials.

"Deep drawing" is a precision processing technology that creates various shapes seamlessly from a single metal sheet. At Shimizu Seiko, we produce a variety of products such as pipe shapes and round or square cases through deep drawing. This technique is applicable not only to steel plates and stainless steel materials but also to high-strength steel plates, which have been increasingly adopted in the automotive sector in recent years. [Features] - Press processing is possible even with difficult-to-process materials - Forming is achievable without cracking even with 590MPa high-strength steel plates - Not only stainless steel but also aluminum can be drawn - Capable of mass production *For more details, please refer to the catalog or feel free to contact us.

  • Other processing machines
  • Press Dies
  • Other Auto Parts

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A handbook that explains how to reduce VE costs through two-color molding.

A handbook that explains how to reduce VE costs through two-color molding.

Explaining the approach to cost reduction through two-color molding with six key points and specific examples *Materials available upon request.

There are various methods for "two-color molding" of resin, but in reality, two-color molding is a process that leads to cost reduction more than one might imagine. We will explain six key points and specific examples that enable significant cost savings, including improvements in the appearance and functionality of resin parts. Our company provides one-stop solutions for processing and procuring parts made from various materials, including resin and metal. This time, we have compiled VE methods for two-color molding. We also have additional know-how and examples available, so please feel free to contact us. [Content Overview] ■ What can be achieved with two-color molding 　● Applications of two-color molding related to appearance 　● Applications of two-color molding related to functionality *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Example: [Plastic / Two-color molding] Color separation (design aspect) / Thick-walled molding

Example: [Plastic / Two-color molding] Color separation (design aspect) / Thick-walled molding

Multicolor, transparent, and thick transparent! By using two different resins, the design possibilities expand.

We would like to introduce our two-color molding technology case study on "Color Separation (Design) / Thickness Molding." By using two different resins, we can expand the design possibilities, such as in the dial buttons of home phones, color separation of exterior panels, and illuminated text in vehicle window control switches, among others. Additionally, by performing two-color molding with the same resin, we can achieve molded products with minimal shrinkage and distortion. 【Product Application Examples】 ■ Vehicle Window Control ■ Transparent Thick Acrylic Parts *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing

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Example: [Plastic / Two-color molding] Decoration (In-mold)

Example: [Plastic / Two-color molding] Decoration (In-mold)

On the exterior panel of mobile phones! The film adheres to the resin within the mold, allowing for the omission of painting or printing in the secondary process.

We would like to introduce our two-color molding technology case study, "Decoration (In-Mold)." By inserting a film printed with a design inside the mold during the two-color molding process, the film adheres closely to the resin within the mold, allowing for the omission of painting or printing in the secondary process. Additionally, by using a film that has UV (ultraviolet) curing capabilities, we can achieve a surface hardness that is resistant to scratches by irradiating it with UV light after molding. [Product Application Example] ■ Mobile phone exterior panel *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing

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