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Processing Technology Product List and Ranking from 44 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

Processing Technology Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. NPO諏訪圏ものづくり推進機構 Nagano//others
  2. 新英産業 Osaka//Resin/Plastic
  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 サン・アクト Aichi//Other manufacturing
  5. 5 ヴァーデン販売 Tokyo//Chemical
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Processing Technology Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Strengths of Manufacturing in the Suwa Region NPO諏訪圏ものづくり推進機構
  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. Molybdenum oxidation prevention and corrosion-resistant coating 'SIBOR' プランゼージャパン
  4. Water-soluble plastic processing oil / ST Zole series ヴァーデン販売
  5. 4 Processing technology "MG Clean Coat (MGC)" サン・アクト

Processing Technology Product List

151～165 item / All 318 items

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Processing technology acquired over many years.

Processing technology acquired over many years.

Leave die casting to us!

We manufacture various functional parts by applying processes such as screw machining and cutting to cast products. High precision is required for processing. The machine tools used mainly include machining centers with NC (numerical control) systems, lathes, general-purpose lathes, milling machines, and drill presses. Utilizing these tools and the technology acquired over many years, we engage in all aspects of "monozukuri" (manufacturing). 【Features】 ■ Production Technology: Process-integrated production method using analysis through CAE ■ Casting: Rationalization using a high degree of robotics ■ Machining: Processing technology acquired over many years ■ Quality Control: Reliable quality trusted by customers *For more details, please refer to the related links or feel free to contact us.

  • others

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Implementation, assembly, and parts processing technology: parts processing technology

Implementation, assembly, and parts processing technology: parts processing technology

We are also working on reducing production costs through oil-free and cleaning-free processes!

We would like to introduce our "Parts Processing Technology." With the equipment we have in our own factory, we are capable of press and molding processing, allowing for integrated production up to insert molding. This enables us to reduce the necessary processing steps for manufacturing and shorten processing time. By designing and processing the molds and jigs used in production in-house, we can provide proposals aimed at achieving more efficient product processes from the customer's product development stage. 【Features】 ■ Technical collaboration and support system with domestic and overseas bases ■ Processes that cannot be handled in-house can be processed by partner companies ■ A system has been established to accommodate a wide range of needs ■ Our in-house technical department can devise, design, and manufacture rationalization equipment ■ We can also manufacture electrical inspection machines according to product specifications and install them on the line *For more details, please refer to the related links or feel free to contact us.

  • Processing Contract

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Strengths of Manufacturing in the Suwa Region

Strengths of Manufacturing in the Suwa Region

Continuously challenge to shape strengths! The main strengths are precision and difficult-to-machine material processing, and semiconductor-related technology.

We would like to introduce the "regional strengths in technology" of the Suwa region, which responds to diverse industrial fields with flexible adaptability and high-level processing technology built over many years, earning the trust of our customers. "Microfabrication technology" is a high-precision processing technology at the micron level that the Suwa region takes pride in, while "difficult-to-machine material processing technology" is a technical capability that boldly challenges materials that are difficult to process, paving the way for the future. Additionally, we have strengths in "manufacturing related to semiconductors and electronic devices," providing semiconductor manufacturing equipment and display devices that cater to nanoscale products, as well as high-reliability components. 【Strengths】 ■ Microfabrication technology ■ Difficult-to-machine material processing technology ■ Manufacturing related to semiconductors and electronic devices *For more details, please download the PDF or feel free to contact us.

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Harness, coaxial processing technology

Harness, coaxial processing technology

Processing technology for AWG 52, thinner than a hair! It does not damage shields or internal conductors!

"Harness and Coaxial Processing Technology" is a processing technology that achieves machining without damaging shields or internal conductors by utilizing lasers. By combining two types of laser irradiation machines, coaxial processing is possible through a two-stage machining process. Additionally, using 2-axis and 4-axis laser irradiation allows for stable processing that maintains transmission characteristics tailored to the product. Moreover, wire stripping can be performed using lasers without making contact with the conductor. [Features] ■ Compatible with fine coaxial connectors from various manufacturers ■ Processing technology for a minimum of AWG 52 *For more details, please refer to the catalog or feel free to contact us.

  • cable
  • Harness
  • Other contract services

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Corrosion-resistant and rust-proof coating suitable for stainless steel pipes.

Corrosion-resistant and rust-proof coating suitable for stainless steel pipes.

Introducing a coating that excels in rust prevention and corrosion resistance for stainless steel pipes.

**Coating for Improved Rust and Corrosion Resistance** Stainless steel is inherently a material with excellent corrosion resistance, but if you want to further enhance its rust and corrosion resistance, it is necessary to apply a coating. Generally, coatings are applied using paints such as epoxy resin or polyurethane. These paints are known for their durability and weather resistance, providing high rust prevention effectiveness even in environments with corrosive gases or saltwater. For use in even harsher environments, it is also possible to coat with highly corrosion-resistant fluoropolymer resins. For example, resins like PFA and PTFE excel in chemical resistance and can be used in environments with strong acids or strong alkalis. If you are considering improving the corrosion resistance of stainless steel pipes used in harsh environments, we recommend fluoropolymer coating. *For more details on fluoropolymer coatings, please refer to the materials or feel free to contact us.*

  • s-00718Nedit.gif
  • Surface treatment contract service

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Technical Information: Nanotechnology

Technical Information: Nanotechnology

We are working on the practical application of nanotechnology through joint research between industry, academia, and government.

Harima Science Park City is a cutting-edge technology hub that houses the world's largest synchrotron radiation facility, SPring-8. The Newsbar (Advanced Industrial Science and Technology Research Institute) within the facility is a research facility that utilizes the electron beams supplied by SPring-8 for industrial applications. Fuji Pretium participates in research projects at this Newsbar and collaborates with the University of Hyogo to develop synchrotron radiation application technologies. We are advancing ultra-fine processing technologies using synchrotron radiation. This technology allows for the construction of three-dimensional structures at the nano (one billionth of a meter) level, enabling fine processing that was previously considered impossible. For more details, please contact us.

  • others

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Precision machining technology "Pitch processing using SuperMM"

Precision machining technology "Pitch processing using SuperMM"

Omitting other processes to reduce costs! High-precision machining data for precision machine wire processing.

At Seibu Electric, we have achieved processing precision that can accommodate ultra-precision molds through pitch processing using SuperMM. To prove that high-precision processing through wire cutting can shorten other processes, we created a clearance of 1μm to 2μm in diameter between the pin gauge and the processed hole. By inverting the upper plate A, which is stacked in two layers, and inserting the pin gauge, we demonstrated that the distances and positions of each shape are uniform. Furthermore, by rotating the upper plate A, which is stacked in two layers, by 180 degrees and inserting the pin gauge, we proved that each shape is vertical. Our wire electric discharge machining machine is equipped with one of the world's top-class automatic wire threading devices, ensuring reliability even for processes with a high number of wire threading, such as progressive plate processing. 【Pitch Processing Precision】 ○ Pitch error: less than 2μm ○ Upper-lower difference: less than 1μm For more details, please contact us or download the catalog.

  • Other machine elements

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Electron beam processing technology

Electron beam processing technology

High melting point materials and high reflectivity materials can also be joined between different metals. We achieve low heat impact and high-quality welding!

Electron beam welding is based on the premise that it is conducted in a vacuum. 【What is an electron beam?】 The heat electrons generated from a filament heated in a vacuum are accelerated by applying voltage between the cathode and anode, forming a flow of electrons that becomes a beam. 【What is electron beam welding?】 When this beam is deflected and focused onto the welding area using coils or lenses, the kinetic energy is converted into thermal energy at high speed, and this heat melts the material, resulting in welding. 【Features】 - Joining of difficult-to-weld materials: It is possible to join high-reflectivity materials like copper, high-melting-point materials like tungsten, and also dissimilar metals. - Low thermal impact: The penetration is deep with minimal thermal distortion, eliminating the need for distortion correction after welding. - High quality: Due to processing in a vacuum, it prevents gas entrapment and surface oxidation, resulting in fewer defects such as blowholes. Electron beam processing has a high energy density and can instantaneously provide a large amount of heat to the material, making it suitable for welding applications on difficult-to-process materials in fields such as nuclear and aerospace. Additionally, its good energy stability and minimal distortion due to thermal effects have led to its widespread use in the automotive industry. Please feel free to contact us.

  • Welding Machine
  • alloy
  • Special Steel

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Processing technology "Under Shock"

Processing technology "Under Shock"

Under shapes and reverse slopes of 20° are also possible! Under shapes can be achieved even in areas where vacuum forming is difficult.

We would like to introduce "Undershock," handled by Tokyo Proto Co., Ltd. It is possible to create an under shape not only on the outer perimeter of industrial shipping trays but also in areas such as the center, which are difficult to achieve with conventional vacuum forming. It achieves approximately 70-80% of the weight of a typical soft tray (vacuum-formed product) while maintaining similar stacking strength. (Compared to our products) 【Features】 ■ Perfect undercut structure with vacuum forming ■ Stacking in the same direction reduces processes ■ Thinning of sheet (material) thickness reduces material costs ■ Applicable to a variety of vacuum-formed products ■ No significant increase in mold costs *For more details, please refer to the PDF materials or feel free to contact us.

  • Processing Contract

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Wire drawing processing technology

Wire drawing processing technology

For semiconductor substrate leads and measuring instruments! Wire drawing and rolling processing, clad lamination processing.

At Nikko, we specialize in wire drawing and rolling processing, as well as clad lamination processing. After plating treatment, wire drawing and rolling processing can maintain uniform coating properties due to the fiber crystallization of the plated surface layer. Our products are widely used for free alignment connectors, semiconductor substrate leads, diode leads, measurement instruments, and various sensors. 【Features】 ■ Wire drawing and rolling processing, as well as clad lamination processing ■ Widely utilized for measurement instruments and various sensors *For more details, please refer to the PDF materials or feel free to contact us.

  • Processing Contract
  • Other processing machines

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Ultra-precision machining technology

Ultra-precision machining technology

Achieved nano to sub-micron order precision machining and mirror finishing using diamond cutting tools with a custom-designed ultra-precision machining machine!

We achieve nano to sub-micron order precision machining and mirror finishing using diamond cutting tools with our custom-designed ultra-precision machining equipment. 【Features】 - Machine accuracy: 10nm - Use of diamond cutting tools *For more details, please contact us or refer to the catalog.

  • Special Processing Machinery

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EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.) Ultra-hard Alloy Precision Machining Technology

EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.) Ultra-hard Alloy Precision Machining Technology

EVERLOY's processing technology has a proven track record in a wide range of fields, particularly in the mold industry where sub-micron precision is required.

At EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.), we not only work with cemented carbide but also process precision parts made from high-hardness hardened steel, zirconia, alumina, and more. Utilizing our excellent machining technology, we can achieve processing tailored to the desired shapes, whether square or round, in the materials requested by our customers.

  • Press Dies
  • Processing Contract
  • Resin mold

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Processing technology "Press Die"

Processing technology "Press Die"

We will propose method conversion and process reduction through our know-how in mold design and manufacturing, as well as press processing technology.

Our processing technology, "Press Die," aims to shorten lead times and reduce manufacturing costs. By innovating the clearance of the die, we can achieve complete shear processing. We minimize burrs and deformation, allowing for finishes comparable to machining. Additionally, by applying "R pressing" to round the edges of the product, we create a smooth cross-sectional shape, which is utilized not only for products that require R shape quality but also as a safety measure during assembly. 【Features】 ■ Capable of shortening lead times and reducing manufacturing costs ■ Complete shear processing is possible by innovating the die clearance ■ Minimizes burrs and deformation, allowing for finishes similar to machining ■ Forms a smooth cross-sectional shape through "R pressing" ■ In-house integrated production system from die to pressing ■ Proposes suitable process designs to meet customer product requirements *For more details, please refer to the related links or feel free to contact us.

  • Press Dies

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Processing technology: "Shear processing with standard press"

Processing technology: "Shear processing with standard press"

We will propose method conversion and process reduction through our know-how in mold design and manufacturing, as well as our press processing technology.

Our company has been involved in the production of textile machine parts for many years. Since a smooth cross-sectional shape that does not break when in contact with thread is required for textile machine parts, our unique mold technology has been developed. Currently, we provide this technology to various fields, including machine tool parts and assembly machine parts. This time, we would like to introduce one of those technologies: "full shear processing with conventional pressing." By devising the clearance of the mold, full shear processing is possible. It minimizes burrs and deformation, achieving a finish similar to that of machining. 【Features】 - Full shear processing is possible by devising the clearance of the mold. - Minimizes burrs and deformation, allowing for a finish similar to machining. - In-house integrated production system from mold to pressing. - We propose process designs suitable for our customers' product requirements. *For more details, please refer to the related links or feel free to contact us.

  • Press Dies

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Processing technology "R pressing process"

Processing technology "R pressing process"

We will propose method conversion and process reduction through our know-how in mold design and manufacturing, as well as our press processing technology.

Our company has been involved in the production of textile machine parts for many years. Since a smooth cross-sectional shape that does not cut the thread is required for textile machine parts, our unique mold technology has been developed. Currently, we provide this technology to various fields, including machine tool parts and assembly machine parts. This time, we would like to introduce one of those technologies, "R pressing." By applying "R pressing" to round the edges of products, we create a smooth cross-sectional shape, which is utilized not only for products that require R shape quality but also as a safety measure during assembly. 【Features】 ■ Formation of a smooth cross-sectional shape through "R pressing" ■ In-house integrated production system from mold to pressing ■ Proposal of process design suitable for customer product requirements *For more details, please refer to the related links or feel free to contact us.

  • Press Dies

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