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Processing Technology Product List and Ranking from 229 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

Processing Technology Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. サン・アクト Aichi//Other manufacturing
  2. トムラス Fukuoka//Ferrous/Non-ferrous metals
  3. Idemitsu Kosan Co.,Ltd. 潤滑油二部　セールス＆マーケティング課 Tokyo//Energy
  4. 4 会津ゴム工業 Tokyo//Rubber products
  5. 5 キョークロ Kyoto//Manufacturing and processing contract
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Processing Technology Product ranking

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. Processing technology "MG Clean Coat (MGC)" サン・アクト
  2. Heat treatment oil "High Temp Oil G Series" Idemitsu Kosan Co.,Ltd. 潤滑油二部　セールス＆マーケティング課
  3. Environmental-friendly surface treatment: Magnicoat (Zinc-Aluminum Coating) キョークロ
  4. Processing technology "Color Stainless" サン・アクト
  5. 4 Processing technology "Hoop Continuous Insert Molding" 不二精工

Processing Technology Product List

361～389 item / All 389 items

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Cutting processing technology for communications

Cutting processing technology for communications

For inquiries regarding processing technology, production capacity, and value reduction proposals, please feel free to contact us!

In the telecommunications industry, the miniaturization of devices is progressing, and precise component processing is required. In particular, the accuracy and reliability of components are crucial for packing many functions into a limited space. Cutting processing technology is essential to meet these demands. Tomras Corporation's cutting processing technology contributes to maximizing the performance of miniaturized communication devices. 【Usage Scenarios】 - Enclosures for small communication devices - Precision connectors - Small antenna components 【Effects of Implementation】 - Miniaturization of devices through high-precision component processing - Ensuring high reliability and durability - Reduction of product development time

  • Other cutting tools
  • Processing Contract
  • Processing Technology

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Cutting processing technology for home appliance design

Cutting processing technology for home appliance design

We support the realization of highly designed home appliances with cutting machining technology.

In the design field of the home appliance industry, it is essential to balance aesthetics and functionality. In particular, precise machining of parts is crucial to achieve a sophisticated appearance and high operability. Cutting processing technology serves as the foundation for materializing design concepts and producing high-quality products. Tomras Co., Ltd.'s cutting processing technology proposes the optimal processing methods to realize the designs desired by customers. 【Application Scenarios】 - Exterior parts of home appliances - Control panels and buttons - Highly designed internal components 【Effects of Implementation】 - Improvement in design quality - Realization of high-quality products - Increased design flexibility

  • Other cutting tools
  • Processing Contract
  • Processing Technology

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Electrical processing/discharge machining technology for semiconductors

Electrical processing/discharge machining technology for semiconductors

We will solve the challenges of micro-hole processing!

In the semiconductor industry, the precision of fine hole processing has become crucial due to the increasing density of devices. Specifically, the ability to process fine holes with high precision in wafers and substrates significantly affects product performance. Traditional processing methods may struggle to achieve high-quality fine hole machining due to issues such as tool wear and positional accuracy. Our electrical discharge machining technology enables the processing of complex-shaped fine holes in conductive materials, contributing to solving our customers' challenges. 【Application Scenarios】 - Fine hole processing of semiconductor wafers - Precision hole processing of electronic components - Fine machining of mold parts 【Benefits of Implementation】 - Achievement of high-precision fine hole processing - Capability to process complex shapes - Compatibility with a variety of materials

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Electrical processing/discharge machining technology for electronic components

Electrical processing/discharge machining technology for electronic components

We provide precision machining technology that achieves miniaturization!

In the electronic components industry, the miniaturization of products is advancing, and as a result, precise processing of components is essential. Amid the demand for complex shapes and fine processing, machining technology influences product performance. Electrical discharge machining technology allows for the processing of complex shapes as long as the material is conductive, meeting the needs for miniaturization. 【Application Scenarios】 - Manufacturing of small electronic components - Processing of parts with complex shapes - Manufacturing of parts requiring fine processing 【Effects of Implementation】 - Enables the production of miniaturized electronic components - Accommodates the processing of complex-shaped parts - Achieves high processing accuracy

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Electrical processing/discharge machining technology for clock decoration

Electrical processing/discharge machining technology for clock decoration

With reliable technology, we support the decorative processing of watches!

In the watch industry, there is a demand for diversified designs and high-quality decorations. In particular, the processing of delicate designs and complex shapes is crucial for enhancing the value of products. Electrical discharge machining technology allows for detailed decorative processing on conductive materials, thereby improving the design quality of watches. 【Usage Scenarios】 * Delicate pattern processing on watch dials * Engraving logos and designs on watch cases * Precision shape processing of decorative components 【Effects of Implementation】 * Increased design freedom * Enhanced product value through high-quality decorations * Compatibility with a variety of materials

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Electrical machining/discharge machining technology for optical precision applications.

Electrical machining/discharge machining technology for optical precision applications.

We will solve the challenges of precision parts processing!

In the optical precision industry, high-precision component processing is required. Particularly for parts that demand fine or complex shapes, such as lenses and precision molds, processing accuracy significantly affects product performance. Even for shapes and materials that are difficult to handle with conventional processing methods, our electrical processing/discharge machining technology can achieve high precision. If the material is conductive, we can accommodate complex shapes. 【Application Scenarios】 - Optical lens molds - Precision parts - Parts requiring fine processing 【Benefits of Implementation】 - Achieves high-precision processing - Accommodates complex shapes - Supports a variety of materials

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Electric Processing / Discharge Processing Technology for Robots

Electric Processing / Discharge Processing Technology for Robots

We achieve high-precision robot parts processing!

In the robotics industry, as functionality increases, precise component processing is required. Especially for robot parts that demand durability and accuracy, the ability to process intricate shapes and complex structures with high precision is essential for improving product performance. Inadequate processing can lead to malfunctioning or decreased performance of robots. Our electrical processing/discharge machining technology enables the processing of complex shapes as long as the material is conductive, meeting our customers' needs. 【Application Scenarios】 - Manufacturing high-precision robot parts - Processing components with complex shapes - Machining parts that require durability 【Benefits of Implementation】 - Improved robot performance through high-precision component processing - Increased design flexibility through the manufacturing of complex-shaped parts - Expanded options for parts selection by accommodating various materials

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Electrical processing/discharge machining technology for machine tools

Electrical processing/discharge machining technology for machine tools

We will deliver reliable technology and peace of mind to our customers!

In the machinery industry, parts manufacturing requires high precision and the ability to handle complex shapes. In particular, high-quality processing technology is essential to achieve both durability and functionality. Inadequate processing can lead to a decline in product performance and a reduction in lifespan. Tomras Co., Ltd.'s electrical machining/discharge machining technology enables the processing of complex shapes as long as the material is conductive, contributing to solving challenges in parts manufacturing for our customers. 【Application Scenarios】 - High-precision parts manufacturing - Processing of complex shapes - Machining of difficult-to-cut materials 【Benefits of Implementation】 - Manufacturing of high-quality parts - Improvement of product performance - Ability to accommodate diverse shapes

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Electrical processing/discharge machining technology for research and development.

Electrical processing/discharge machining technology for research and development.

Precision machining technology that expands the possibilities of prototype development.

In the field of research and development, prototype manufacturing requires precise processing of various materials. Particularly when prototyping new materials or complex-shaped components, conventional processing methods may be difficult to apply. Electrical discharge machining technology allows for complex shapes and fine processing as long as the materials are conductive, thereby expanding the scope of prototyping in research and development. Tomras Co., Ltd.'s electrical discharge machining technology supports your research and development efforts. 【Application Scenarios】 - Prototyping new materials - Prototyping complex-shaped components - Prototyping components requiring fine processing 【Benefits of Implementation】 - Increased freedom in prototyping - Reduced development time - Compatibility with diverse materials

  • Electric discharge machine
  • Processing Contract
  • Processing Technology

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Case Study of Coating Technology: Issues with Corrosion in Cooling Water Channels

Case Study of Coating Technology: Issues with Corrosion in Cooling Water Channels

Keep the cooling water circuit clean and reduce maintenance time! Examples of solutions using coatings.

The cooling water channels of molds are very prone to corrosion due to temperature and water, and this has been one of the common concerns we have received inquiries about. In response to such feedback, we have developed a new technology that applies surface treatment specifically to the cooling water channels. 【Features】 - Improved corrosion resistance of cooling water channels increases mold lifespan - Reduced maintenance time - Treatment is possible even for complex channel structures - Surface treatment is applied only to the channels, so it does not affect the molding surface 【If you are struggling with corrosion in cooling water channels, please feel free to contact us!】

  • Other surface treatment equipment
  • Surface treatment contract service
  • Processing Technology

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Yoshida Iron Works Co., Ltd. - Processing Technology

Yoshida Iron Works Co., Ltd. - Processing Technology

We have processing achievements and know-how for over hundreds of different types of materials.

We have a track record of processing various materials, including iron, titanium, stainless steel, castings, copper, copper alloys, aluminum, titanium alloys, Inconel, Incoloy, Hastelloy, Stellite, Monel, and more. In particular, we have over 20 years of experience in titanium processing. With a track record of processing hundreds of different types of parts and extensive experience and know-how, we have achieved significant results. In recent years, we have also challenged ourselves with the processing of difficult-to-machine materials, further expanding our processing capabilities. For more details, please contact us or refer to our catalog.

  • Processing Contract
  • Other machine elements
  • Processing Technology

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Cutting processing technology of Inoue Iron Works for food processing

Cutting processing technology of Inoue Iron Works for food processing

High-quality cutting processing that supports hygiene management in food processing.

In the food processing industry, maintaining hygiene management of manufacturing equipment is crucial to ensure product safety. Particularly for parts that come into direct contact with food, high quality is required to prevent foreign matter contamination and bacterial growth. Our cutting processing technology contributes to the production of parts that meet the hygiene standards of food processing equipment through precise machining and high-quality finishes. 【Application Scenarios】 - Parts for food manufacturing lines - Parts with easy-to-clean shapes - Corrosion-resistant parts 【Benefits of Implementation】 - Improved food safety - Enhanced maintenance of equipment - Improved product quality

  • Processing Contract
  • Processing Technology

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Precision sheet metal processing technology of Tsutsui Iron Works.

Precision sheet metal processing technology of Tsutsui Iron Works.

The introduction of fiber laser processing machines enables the cutting of thin plates and highly reflective materials (copper, brass, aluminum) that were previously difficult to process!

With the introduction of fiber laser processing machines, we are now able to cut thin sheets and highly reflective materials (copper, brass, aluminum) that were previously difficult to process, allowing us to offer products with minimal distortion. Tsutsui Iron Works (precision sheet metal) handles a wide range of materials including iron, stainless steel, aluminum, brass, copper, and titanium, and we carry out everything from plating to painting in a consistent manner. 【Features】 - Quick delivery is our specialty - Prototype to single-item products! We welcome them all!! - Capable of handling everything from single items to mass production (inquiries are always welcome) *For details, please contact us or refer to our catalog.

  • Processing Contract
  • Processing Technology

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What is vacuum forming? Basic knowledge of flexible plastic processing technology.

What is vacuum forming? Basic knowledge of flexible plastic processing technology.

A simple and versatile technique for creating shapes by melting boards.

Vacuum forming is a processing technology that shapes a softened plastic sheet by pressing it against a mold using heat. It can accommodate various shapes, including parts used in the automotive and electronics industries, and is widely utilized for both small-batch custom products and large-scale production. Its advantages include low mold costs and ease of prototyping and small-scale production. At Koyo Kasei, we leverage our knowledge from fundamentals to applications to provide optimal solutions tailored to our customers' needs. If you would like more detailed information about vacuum forming or case studies, please feel free to contact us. *For more details, please refer to the PDF materials or feel free to reach out to us.*

  • Other processing machines
  • Processing Technology

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Heat-resistant and light-reflective surface processing technology for tough pitch copper for space applications.

Heat-resistant and light-reflective surface processing technology for tough pitch copper for space applications.

Achieve a surface roughness of Ra0.1! Ideal for heat-resistant components for space applications!

In space applications, the reliability of components under harsh environments is essential. Particularly for parts exposed to heat and light, high heat resistance and light reflectivity are crucial. Tough pitch copper is a material with excellent thermal conductivity and light reflectivity, but it is difficult to process, and there are few manufacturers capable of achieving a high surface roughness. Our technology maximizes the properties of tough pitch copper to meet the stringent requirements of space applications, achieving a surface roughness of Ra0.1. This allows us to provide high-quality components that balance heat resistance and light reflectivity, contributing to solving challenges in space development. 【Application Scenarios】 - Thermal shields for spacecraft - Optical components for satellites - Parts for rocket engines 【Benefits of Implementation】 - Achievement of high heat resistance and light reflectivity - Improved reliability of components - Long-term performance maintenance under harsh environments

  • Other metal materials
  • Processing Contract
  • Processing Technology

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Surface processing technology that utilizes the luster of tough pitch copper for architecture.

Surface processing technology that utilizes the luster of tough pitch copper for architecture.

Achieve a surface roughness of Ra0.1! It beautifully enhances the appearance of buildings.

In the construction industry, exterior design is a crucial element that significantly influences the value of a building. In particular, designs that utilize light reflection enhance the beauty of the building and increase its added value. Tough-pitch copper is an ideal material for exterior design due to its beautiful luster, but its difficulty in processing presents a challenge in maximizing its potential. Our company specializes in processing tough-pitch copper and utilizes technology that achieves a surface roughness of Ra0.1 to realize the exterior designs desired by our customers. 【Application Scenes】 - Exterior wall panels - Decorative items - Roofing materials 【Benefits of Implementation】 - Improvement of exterior design through beautiful luster - Maintenance of long-term aesthetics due to high durability - Adaptability to diverse designs

  • Other metal materials
  • Processing Contract
  • Processing Technology

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Surface processing technology that utilizes the luster of tough pitch copper for musical instruments and acoustics.

Surface processing technology that utilizes the luster of tough pitch copper for musical instruments and acoustics.

Achieving a surface roughness of Ra0.1! Balancing aesthetics and performance in audio equipment.

In the musical instrument and audio industry, surface treatment of materials is crucial to maximize acoustic properties. Particularly for parts that utilize light reflection, the finish of the surface significantly affects both sound quality and appearance. Tough pitch copper can create a luxurious appearance due to its beautiful luster, but finding a manufacturer with the appropriate processing technology is a challenge due to its difficulty in processing. Our company specializes in the processing of tough pitch copper and meets customer needs with technology that achieves a surface roughness of Ra0.1. 【Usage Scenarios】 - Speaker diaphragms - Decorative parts for instruments - Enclosures for audio equipment 【Benefits of Implementation】 - Increased product value due to beautiful luster - Improved acoustic properties - Provision of high-quality products

  • Other metal materials
  • Processing Contract
  • Processing Technology

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Glossy surface processing technology for tough pitch copper for watches

Glossy surface processing technology for tough pitch copper for watches

With a surface roughness of Ra0.1, add a touch of luxury to your watch. Leave the fine processing of pure copper to us!

In the watch industry, the surface finishing of metal components is crucial for creating a sense of luxury. In particular, the glossiness significantly affects the product's value. Tough pitch copper is suitable for watch parts due to its beautiful luster, but the difficulty of processing requires a high-quality finish. Our company specializes in processing tough pitch copper and offers surface finishing that enhances the luxury of watches with technology that achieves a surface roughness of Ra0.1. 【Application Scenarios】 * Watch dials * Watch cases * Decorative components 【Benefits of Implementation】 * Enhanced luxury of products * Improved brand image * Differentiation from competitors

  • Other metal materials
  • Processing Contract
  • Processing Technology

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Planning and production service for parts and products using composite material processing technology.

Planning and production service for parts and products using composite material processing technology.

Product planning and manufacturing in a wide range of fields, such as digital signage enclosures and residential equipment parts, with over 70 years of experience in metal processing.

Our company has many years of experience and expertise in the planning and production of promotional fixtures (such as POP and display products). We possess know-how in the production of hybrid products that combine metal processing (sheet metal) with other materials (wood, resin, glass, etc.), and we have numerous achievements in this area. Specifically, we have a wealth of product examples, including digital signage enclosures, components for residential equipment, school and office supplies, and parts for architectural and medical devices. **Reasons to Choose Takahara:** - Technology cultivated through the production of promotional fixtures - Strength in the production of digital signage enclosures and residential equipment components - "Speed," "creativity," "one stop" *For more details, please download the PDF or contact us.*

  • Contract manufacturing
  • Processing Contract
  • Processing Technology

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Sheet metal and can manufacturing of complex iron parts | Processing technology boasting 80 years of history

Sheet metal and can manufacturing of complex iron parts | Processing technology boasting 80 years of history

Manipulating iron freely and effortlessly. Achieving complex shapes that are impossible with ready-made products through unique mold production and processing know-how.

Seiko Precision's manufacturing begins with solving our customers' challenges. In complex canning processes using steel, we can handle difficult shapes, special R processing, and the joining of pipes with different diameters, which other companies tend to avoid. Since our founding in 1941, we have worked on numerous special parts for scientific instruments and industrial machinery, developing our own processing jigs and methods. By combining advanced laser cutting technology with the sheet metal and welding skills of experienced craftsmen, we optimize the balance of precision and strength. Even in the assembly of complex parts, we achieve perfect canning products without distortion through three-dimensional positioning. We spare no effort in turning dreams into reality. [Features] ■ Original processing methods that realize difficult shapes ■ Appropriate welding and bending processes according to plate thickness ■ Guaranteed assembly precision for complex structures ■ Flexible response to the production of special parts in small quantities For more details, please check "Download Catalog."

  • Steel
  • Processing Contract
  • Processing Technology

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【OUTSENSEの魅力】平面加工技術

【OUTSENSEの魅力】平面加工技術

独自の平面加工技術を駆使して、革新的なソリューションを提供！

当社の技術の強みと、平面加工技術により実現できることについて、 ご紹介いたします。 シート材やフィルム材に対して、精密な罫線加工を施すことで、複雑な 立体形状を高い精度で実現。 また、平面加工技術を活用して、製品に多様な機能を持たせることが可能です。 例えば、折り畳み機能や柔軟性を持つ製品を実現します。 【平面加工技術の強み】 ■高精度罫線加工 ■多様な材料対応 ■効率的な生産プロセス ■一貫した品質管理 ※詳しくは、お気軽にお問い合わせ下さい。

  • Processing Contract
  • Processing Technology

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Sintoku Corporation for the Manufacturing Industry

Sintoku Corporation for the Manufacturing Industry

Ultra-high precision mold base processing technology capable of handling large workpieces.

In quality control of the manufacturing industry, the precision and durability of products are crucial. In particular, the precision of molds and tools significantly affects the quality of the products being manufactured. Shintoku Co., Ltd.'s ultra-high precision mold base processing technology addresses these challenges. 【Application Scenarios】 * Manufacturing of mold components * Manufacturing of die-cast bases * Processing of semiconductor and LCD manufacturing equipment parts 【Benefits of Implementation】 * Improvement in product quality * Enhancement of manufacturing efficiency * Cost reduction

  • others
  • Processing Technology

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Strengths of Suwa Region Manufacturing for Semiconductor Production

Strengths of Suwa Region Manufacturing for Semiconductor Production

Supporting semiconductor manufacturing with micron-level precision machining technology.

In the semiconductor manufacturing industry, high-precision microfabrication technology significantly influences product performance. Particularly in semiconductor devices where miniaturization is advancing, processing accuracy at the micron level is required. Inadequate processing can lead to a decline in device performance and a deterioration in yield. The microfabrication technology, which is a strength of the Suwa region, achieves high-precision processing at the micron level and contributes to solving challenges in semiconductor manufacturing. 【Application Scenarios】 - Processing of semiconductor wafers - Manufacturing of semiconductor manufacturing equipment parts - Microfabrication of electronic components 【Effects of Implementation】 - Improvement in product quality through high-precision processing - Yield enhancement - Reduction in product development time

  • others
  • Processing Technology

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Precision and fine processing technology of ±0.001mm for medical devices

Precision and fine processing technology of ±0.001mm for medical devices

For precision machining of medical device components. Achieving an accuracy of ±0.001mm.

In the medical device industry, the miniaturization and high performance of products have made the precision of processing fine parts increasingly important. Particularly in medical devices that relate to human safety, the accuracy of the fine shapes and dimensions of parts is directly linked to the safety and functionality of the products. Low processing precision can lead to malfunctions or performance degradation of the devices. Y-MOLD Co., Ltd.'s precision and fine processing technology with a tolerance of ±0.001mm enables the high-quality manufacturing of precision parts for medical devices. 【Application Scenarios】 - Microneedles - Microchannels - Micron-level fine processing - Precision molds 【Benefits of Implementation】 - Improved performance of medical devices - Enhanced product safety - Provision of high-quality products - Gaining customer trust

  • Processing Contract
  • Processing Technology

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Aerospace Precision and Micro Machining Technology with ±0.001mm Accuracy

Aerospace Precision and Micro Machining Technology with ±0.001mm Accuracy

High-precision and microfabrication technology that contributes to weight reduction in the aerospace field.

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. Lightweighting components requires high-precision machining technology. It is particularly important to remove unnecessary parts while maintaining strength and creating optimal shapes. Precision machining technology with an accuracy of ±0.001mm contributes to the lightweighting and high precision of aerospace components. 【Application Scenarios】 - Aircraft components - Space exploration vehicle components - Drone components 【Effects of Implementation】 - Improved fuel efficiency through lightweighting of components - Increased reliability of components through high-precision machining - Enhanced performance through micron-level fine machining

  • Processing Contract
  • Processing Technology

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Precision and fine processing technology for precision molds with ±0.001mm accuracy.

Precision and fine processing technology for precision molds with ±0.001mm accuracy.

Improving molding quality with precision and fine processing technology of ±0.001mm.

In the precision mold industry, there is always a demand for improvements in product quality and accuracy. In particular, the precision of molds significantly affects the final quality of the products during molding. Even slight errors in molds can lead to molding defects or a decrease in product accuracy. Y-MOLD Co., Ltd. (formerly Yoneyama Mold) offers precision and micro-machining technology with an accuracy of ±0.001mm, which addresses these challenges. 【Application Scenarios】 - Molding of precision parts - Molding of fine shapes - Mass production of high-quality products 【Effects of Implementation】 - Improvement in the accuracy of molded products - Reduction in defect rates - Stabilization of product quality

  • Processing Contract
  • Processing Technology

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Precision machining technology of Shinyou Seiki Seisakusho for medical devices.

Precision machining technology of Shinyou Seiki Seisakusho for medical devices.

Contributing to the miniaturization of medical devices with micron-order drilling technology.

In the medical device industry, there is a demand for miniaturization and high-precision component processing. In particular, precise drilling is a crucial factor that affects the performance and safety of medical devices. Shinyou Seiki Manufacturing Co., Ltd. supports the miniaturization and high performance of medical devices through the design and production of micro electric discharge drilling machines with micron-level drilling technology. 【Application Scenarios】 - Miniaturized medical devices - Surgical instruments requiring precise components - Diagnostic equipment needing fine drilling 【Benefits of Implementation】 - Miniaturization and weight reduction of medical devices - Enhanced performance and functionality of products - Improved reliability

  • others
  • Processing Technology

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Metal processing technology for medical devices by Shinwa Kōsaku.

Metal processing technology for medical devices by Shinwa Kōsaku.

Creating the future of medical devices with precision metal processing.

In the medical device industry, the demand for microfabrication technology is increasing due to the miniaturization and high performance of products. Particularly in medical device components that require high precision and durability, metal processing technology becomes a crucial factor that influences product quality. Shinwa Kogyo, as a specialized manufacturer of aluminum castings, sand casting, and robotic arm components, proposes optimal processing methods tailored to customer needs. 【Application Scenarios】 - Manufacturing of precision medical device components - Responding to a wide range of needs from prototyping to mass production - Achieving high quality, low cost, and short delivery times 【Benefits of Implementation】 - Contributing to the performance improvement of medical devices - Streamlining product development - Strengthening competitiveness

  • Processing Contract
  • Processing Technology

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Metal processing technology for robots by Shinwa Kōsaku.

Metal processing technology for robots by Shinwa Kōsaku.

Innovating the range of motion of robots with traditional craftsmanship and cutting-edge technology.

In the robotics industry, the accuracy and durability of the range of motion are crucial factors that influence the performance of robots. Particularly in areas subjected to repetitive movements or high loads, wear and damage to components can lead to operational downtime or decreased performance of the robot. Shinwa Kogyo's metal processing technology optimizes quality, cost, and delivery time in the manufacturing of aluminum castings, sand castings, and robot arm components, meeting customer needs. 【Application Scenarios】 - Arms of industrial robots - Moving parts of precision machinery - Joint parts of various robots 【Benefits of Implementation】 - Improved accuracy of the range of motion - Enhanced durability - Potential cost reduction

  • Processing Contract
  • Processing Technology

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