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Machining Product List and Ranking from 428 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

Machining Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. フィリール 本社 Osaka//Manufacturing and processing contract
  2. イワタグループ Aichi//Manufacturing and processing contract
  3. ユタカ産業 本社・工場 Hyogo//Resin/Plastic
  4. 4 永和 Ibaraki//Manufacturing and processing contract
  5. 5 テクネ商事 Kanagawa//Machine elements and parts
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Machining Product ranking

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. Plastic cutting and machining, from material procurement to surface treatment. イワタグループ
  2. 中型大型×高精度の切削加工＜永和のプロダクト事業部＞ 永和
  3. Metal processing parts テクネ商事
  4. 4 Insulation material and heat-resistant material cutting processing of Rosna board. ユタカ産業 本社・工場
  5. 5 Thermosetting resin glass epoxy laminate (Galaepo) machining. ユタカ産業 本社・工場

Machining Product List

931～960 item / All 1143 items

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[Equipment Introduction] Toyowa Industry's Milling Machine

[Equipment Introduction] Toyowa Industry's Milling Machine

Strength enhancement through precision machining! High-quality resin processing with milling corner rounding.

Our company uses a milling machine from Hoya Industries for resin processing. The high durability and precise cutting performance of this machine allow us to efficiently perform corner rounding. Corner rounding in milling is a process that smooths the edges of parts to enhance strength, particularly by rounding the edges to prevent breakage and improve safety. The high-speed cutting capability and long lifespan of the Strong Mill support stable quality and increased productivity, achieving a reduction in processing time while maintaining high finishing accuracy.

  • Resin processing machine
  • Processing Contract
  • Machining

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[Equipment Introduction] Compatible with FANUC + Kitamura 4-Axis Vice

[Equipment Introduction] Compatible with FANUC + Kitamura 4-Axis Vice

Compatible with workpieces up to a maximum of L700! Achieving precise resin processing.

Our company has equipped FANUC robotic drills with Kitamura Iron Works' four-jaw vises (vise length L=125mm, jaw width D=50mm), enabling us to handle workpieces up to a maximum length of 700mm. This equipment allows for high-efficiency processing of multiple parts and mass-produced components, flexibly meeting the demands for high precision and short delivery times. We primarily cater to the machining of general-purpose plastics and engineering plastics, achieving a balanced approach to quality, cost, and speed in manufacturing. Key features: - High rigidity and high precision machining with FANUC robotic drills - Stable workpiece fixation with Kitamura Iron Works vises - Capability to handle long workpieces up to 700mm - High productivity achieved through simultaneous processing with four-jaw vises - Flexible support from prototyping to mass production If you are facing challenges with plastic processing, please feel free to contact us.

  • Resin processing machine
  • Processing Contract
  • Machining

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[VA/VE Case] Change in the shape of the seat hole tear

[VA/VE Case] Change in the shape of the seat hole tear

Proposing a shape that ensures functionality without increasing man-hours! A case where a smooth transition to mass production was achieved.

We received a consultation from the manufacturer regarding the improvement of safety during assembly work, and we would like to introduce a case where we changed the shape of the counterbore hole to prevent tearing. In a flange-shaped part, the counterbore hole for the fixing bolt interfered with the center hole and became dangerously thin and knife-like, raising concerns about deformation and other issues. We modified the counterbore hole for the fixing bolt by cutting it into a U-shape towards the center hole, ensuring that no thin, knife-like edges remained. [Case Overview] ■ Issue: The counterbore hole for the fixing bolt interfered with the center hole, creating dangerously thin, knife-like edges and raising concerns about deformation and other issues. ■ Result: The counterbore hole for the fixing bolt was cut into a U-shape towards the center hole, eliminating any thin, knife-like edges. *For more details, please visit our website or feel free to contact us.

  • Processing Contract
  • Machining

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Polytetrafluoroethylene

Polytetrafluoroethylene

The strong bonding power of carbon and fluorine! Introducing our super engineering plastics.

"Polytetrafluoroethylene" is one of the super engineering plastics. Due to the strong bond between carbon and fluorine, it excels in chemical resistance, not reacting with other substances, and also has excellent electrical insulation properties among plastics. Leveraging its outstanding heat resistance and chemical resistance, this resin is used in advanced technology fields and everyday products (such as frying pans). [Advantages / Benefits (excerpt)] ■ Heat resistance ■ Cold resistance ■ Chemical resistance ■ Electrical insulation ■ Non-stick properties *For more details, please refer to the PDF document or feel free to contact us.

  • Engineering Plastics
  • Machining

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Precision machining of polyimide resin (PI resin)

Precision machining of polyimide resin (PI resin)

Utilizing skilled techniques and high-performance equipment, we provide stable quality from prototyping to mass production. We maintain a rich inventory and offer total proposals including short delivery times and costs.

Our company conducts "precision machining of polyimide resin (PI resin)" with flexible responses from prototyping to mass production under a strict quality control system. We cater to a wide range of fields such as semiconductors, LCDs, aerospace, automotive parts, and fuel/hydrogen cells. Based on our high processing technology and abundant inventory, we can propose solutions for short delivery times and cost reductions. We handle materials from a wide range of manufacturers, including DuPont, PBI Advanced Materials, Suzuko Shoji, and Ensigner Japan, delivering assured quality using advanced processing techniques. 【Features】 ■ Possession of advanced technical skills based on experience and achievements ■ Total proposals including small lots, prototypes, and costs ■ Handling of polyimide resins from a wide range of manufacturers ■ Quality assurance system with well-equipped inspection facilities and a unique QMS based on ISO 9001 ■ Flexible responses tailored to customer needs *For more details, please refer to the materials. Feel free to contact us.

  • Processing Contract
  • Machining

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3DCG images for catalogs! Creating CG that is close to real life!

3DCG images for catalogs! Creating CG that is close to real life!

Leave the creation of 3D rendering images (3DCG) from CAD data to us! From images for documentation to catalog and package product images!

We handle 3D rendering images that create photorealistic 3DCG images based on CAD data. In cases where the schedule is tight or when compared to sketches created for reference, we can share the completed image with project members and clients at a higher level, allowing for the creation of numerous color patterns in a short period. This offers various benefits, including reductions in time and costs. These images can be used not only as reference materials during product development but also as product images for catalogs and packaging. Additionally, we are engaged in various businesses, including the production of various types of data, resin and metal machining, various surface treatments, vacuum casting, and rapid prototyping. Please feel free to contact us with your requests. 【Services Offered】 ■ Various data production ■ Machining ■ Sheet metal processing ■ Various surface treatments ■ Vacuum casting ■ Rapid prototyping (additive manufacturing), etc. *For more details, please download the PDF or feel free to contact us.

  • Company：MIXER
  • Price：Other
  • Prototype Services
  • Image Processing
  • Catalog and manual creation
  • Machining

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Resin cutting processing! We can also handle difficult-to-cut materials! Leave the surface treatment after cutting to us!

Resin cutting processing! We can also handle difficult-to-cut materials! Leave the surface treatment after cutting to us!

We can handle various resin cutting and difficult-to-cut materials! Please consult us about dimensional tolerances! You can also entrust us with surface treatments such as painting and silk printing after cutting!

We perform various resin cutting from drawings and data. You can choose your desired size and material according to your usage requirements. Even if integrated processing is difficult, complex shapes can be produced through segmented processing. Additionally, we can create the 3D data necessary for cutting from drawings or sketches, so please feel free to consult us. If you have any concerns about surface treatments such as painting after cutting, you can leave everything to us! 【Features】 ■ You can choose your desired size and material ■ Complex shapes can also be produced ■ 3D data can also be created from drawings or sketches ■ Surface treatments after cutting can be handled all at once *For more details, please refer to the PDF document or feel free to contact us.

  • Company：MIXER
  • Price：Other
  • Processing Contract
  • Prototype Services
  • Surface treatment contract service
  • Machining

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Five Key Points for Achieving High-Quality Cutting Processing

Five Key Points for Achieving High-Quality Cutting Processing

We will carefully explain everything from the basics of cutting processing to specific points!

If you are involved in the manufacturing industry, have you ever struggled with improving the quality of cutting processes? Everyone has the desire to create high-quality products. However, how can we actually enhance the quality of cutting processes? In this article, we will provide a detailed explanation of "Five Points to Achieve High-Quality Cutting Processes." By understanding these points, you will be able to carry out effective cutting processes and achieve quality improvement. *For more details, you can view the related links. For further information, please feel free to download the PDF or contact us.*

  • Other cutting tools
  • Machining

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Cold forging and precision machining

Cold forging and precision machining

We excel in mass production of shaft and similar axis items! We can propose processing methods that are low-cost and have short delivery times.

At Kajiume Industrial Co., Ltd., which is part of our business group, we specialize in "cold forging and precision machining." We focus on integrated production until completion, particularly excelling in mass production of shaft-type components, and we have established a system that ensures a stable supply of products at all times. Additionally, depending on the lot size and precision required, we can propose low-cost and short-lead-time processing methods, which is one of our strengths. 【Features】 ■ Specializing in integrated production until completion ■ Excelling in mass production of shaft-type components ■ Established a system for consistently stable product supply ■ Capable of proposing low-cost and short-lead-time processing methods *For more details, please refer to the related links or feel free to contact us.

  • Processing Contract
  • Machining

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Leave it to us for precision machining such as 0.01mm! Cutting processing for automotive parts.

Leave it to us for precision machining such as 0.01mm! Cutting processing for automotive parts.

Leave precision machining of 0.01mm to us! High quality and strict delivery deadlines even for mass production.

We would like to introduce our business group, "Miyazaki Iron Works Co., Ltd." We mainly engage in cutting processing for automotive parts, consistently implementing the manufacturing of pinions that require high-level through-hole processing technology. We primarily perform cutting processing for automotive parts, machining iron materials such as bars (round bars) to achieve precise dimensions. 【Features】 ■ Mainly engaged in cutting processing for automotive parts ■ Capable of machining iron materials such as bars (round bars) to achieve precise dimensions ■ Strength in high quality and strict adherence to delivery dates even in mass production *For more details, please refer to the PDF materials or feel free to contact us.

  • Processing Contract
  • Machining

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Secondary processing of sand castings

Secondary processing of sand castings

We specialize in the processing of sand cast products made from aluminum alloys, magnesium alloys, and other materials, as well as fully machined products.

【Processable Materials】 ■ Aluminum alloy ■ Magnesium alloy ■ Brass ■ Wood, etc. 【Main Processing Achievements】 ■ Head cylinder ■ Cylinder head cover ■ Transmission case ■ Inverter case ■ Oil pan ■ Motor housing for EVs ■ Robot parts ■ Fishing gear, etc. The head cylinder can accommodate up to 3 cylinders, and we can handle assembly of valves and seats, co-processing after assembly, volume inspection, and pressure testing (submersion type) all in one. 【Available Additional Operations】 ■ Pressure testing (submersion type) ■ Press-fitting work ■ Surface treatment ■ Heat treatment ■ Contract inspection ■ Reverse engineering *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • Machining

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Total cutting processing

Total cutting processing

Prototype development and support for short delivery times in comprehensive machining.

【What is Total Cutting Processing】 Total cutting processing is a manufacturing method that produces products by machining the final shape solely through cutting processes, without using forming processes such as casting or forging, from raw materials like metal bars or blocks. 【Features of Total Cutting Processing】 Total cutting processing is suitable for prototype development where there is a desire to reduce mold and casting costs, as well as for development products that frequently undergo design changes. It is widely adopted for products that require high dimensional accuracy and quick delivery. 【Stable Processing Method】 We establish optimal processing methods tailored to the workpiece shape and material by designing and manufacturing processing jigs in-house. ✓ Fixing methods that minimize deformation and distortion during processing ✓ Processing procedures/cutting conditions that maintain high precision We achieve "stable processing even across multiple lots." If you are unsure where to request total cutting processing or if your specifications are not yet finalized, please feel free to consult with us.

  • Processing Contract
  • Machining

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Forward Corporation

Forward Corporation

High-precision processing from large products to small parts.

Building a certain future through precision machinery In a land praised as the Switzerland of the East, under the pure waters and air of the vast Suwa Lake, our company has excelled in precision processing, relentlessly pursuing the infinite zero. We have dedicated ourselves to creating products that bring joy to our customers, specializing in precision parts (automotive, aerospace, office equipment, heavy electrical, semiconductors, LCDs, trial models), jigs and tools, micro-machining, three-dimensional shape processing, thin-walled processing, and high-hardness material processing. We intend to maintain this commitment to our efforts in the future. We sincerely ask for your continued support and encouragement.

  • others
  • Machining

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Knurled cutting process

Knurled cutting process

It can be adjusted to various shapes, sizes, and angles for machining through cutting!

At Kato Iron Works Co., Ltd., we perform "knurling and cutting processing." Due to the nature of cutting, we can adjust to various shapes, sizes, and angles. An example of our achievements includes Φ400×2500L, knurling angle of 70°, and trapezoidal groove with a pitch of 1.5mm. The machine used is the DL75 with C-axis control from Dainichi Metal Industry Co., Ltd. [Overview] ■ Adjustable to various shapes, sizes, and angles due to cutting processing ■ Example of achievements: ・Φ400×2500L, knurling angle of 70°, trapezoidal groove with a pitch of 1.5mm ■ Machine used: Dainichi Metal Industry Co., Ltd. DL75 C-axis control *For more details, please refer to the related links or feel free to contact us.

  • Processing Contract
  • Machining

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Philir Material Co., Ltd. Business Introduction

Philir Material Co., Ltd. Business Introduction

We promise inspections of fluororesin materials under strict quality control!

Filir Material Co., Ltd. is a company specialized in the sale of fluoropolymer materials. We provide suitable fluoropolymer materials tailored to our customers' needs and support from product selection to delivery. Through thorough quality control, our products are highly reliable and are valued across a wide range of industries. We also conduct custom inspections to meet customer needs, providing a high level of service satisfaction. 【Business Activities】 ■ Sale of fluoropolymer materials ■ Fluoropolymer machining *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • Machining

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Meguro Seiko Manufacturing Co., Ltd.

Meguro Seiko Manufacturing Co., Ltd.

We specialize in precision metal processing using CNC lathes and machining centers.

Processing details, main products and technology features: Cutting processing, machining. Parts for semiconductor equipment, industrial machinery, food machinery, etc. We mainly manufacture parts related to semiconductor equipment and process difficult materials such as non-ferrous metals, SUS, and Inconel with precision. We can perform various processes such as hexagonal holes, eccentricity, knurling, and 5-axis machining using CAD/CAM, all within short delivery times.

  • others
  • Machining

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Nakano Manufacturing Co., Ltd.

Nakano Manufacturing Co., Ltd.

Bringing experimental technology into everyday life.

A prototype manufacturer specializing in resin cutting processing based in Amagasaki City. We excel in precision machining of gears, screws, and other components, and we flexibly respond to a wide variety of small quantities and short delivery times. Our strength lies in our ability to propose solutions from the prototype stage to mass production, supporting manufacturing across a wide range of fields. With the motto "Just give it a try," we connect technologies born from prototypes to everyday life, meeting a broad range of needs from companies to individuals.

  • Plastic bearings
  • Machining

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A manufacturing hub where transportation and technology intersect, Komaki City, Aichi Prefecture.

A manufacturing hub where transportation and technology intersect, Komaki City, Aichi Prefecture.

A business partner that realizes the "speed," "stability," and "technical collaboration" sought by manufacturing industries nationwide.

Komaki City boasts a consistently high production scale in the ranking of manufacturing shipment value across Aichi Prefecture. A diverse range of industries, including aerospace, automotive, and semiconductors, are well-balanced in the area. We meet the needs of companies seeking a robust supply chain and technological collaboration. Additionally, it is a transportation hub where the Tomei, Meishin, and Chuo Expressways intersect, with two interchanges located within the city. The proportion of the "transportation industry" is extremely high, functioning as one of the leading logistics hub cities in the country. It provides an excellent environment for rapid wide-area distribution and business continuity planning (BCP) due to its solid ground with low liquefaction risk. This time, we are publishing a guidebook introducing companies featured in the Komaki Hikari Monozukuri (Manufacturing) Special Edition, which highlights the activities of businesses in Komaki City. For detailed information about each company, please download the guidebook or contact us.

  • others
  • Machining

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[Technical Column] Introduction to Processing Technology for Semiconductors

[Technical Column] Introduction to Processing Technology for Semiconductors

We are here to assist you from the design review stage and can accommodate small lot prototypes! We respond to the needs of the development site.

With the evolution of advanced power semiconductors, there is a greater demand for precision and adaptability in component processing than ever before. Our company supports the development and mass production processes with specialized processing technology for semiconductors. ■ Processing of Ceramic Materials Compatible with SiC (silicon carbide), AlN (aluminum nitride), and Al2O3 (alumina). We are capable of cutting processing of ceramic materials that are essential for advanced semiconductors. We are challenging the precision required for semiconductor applications, such as fine shapes and M2×0.4 screw machining. *For detailed information, please refer to the related links. For more information, feel free to download the PDF or contact us.

  • Other semiconductors
  • Processing Contract
  • Prototype Services
  • Machining

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相模螺子株式会社

相模螺子株式会社

モノづくりを通じて豊かな社会づくりに貢献

株式会社サガミラスは、金属製品の製造を専門とする企業です。特に切削・加工技術に強みを持ち、多種多様な工作機械を駆使して、試作品から量産品まで幅広い製品に対応しています。 サガミラスの特長は、社内の加工技術に加え、長年のネットワークを活かして、曲げ、溶接、熱処理、研磨、表面処理、塗装といった様々な追加工も一貫して請け負えることです。これにより、最終的な組み立てまで含めた完成品としての提供も可能となっており、顧客のニーズに幅広く応えています。

  • others
  • Machining

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Imabashi Manufacturing Co., Ltd.

Imabashi Manufacturing Co., Ltd.

Flexible response to difficult-to-cut materials and complex shapes.

Utilizing 3D CAD/CAM for 5-axis machining, we specialize in processing a variety of small-lot products, particularly in the prototype development field, including thin-walled machining and complex shape processing. We have extensive experience and achievements in prototype development using materials such as Inconel, Hastelloy, titanium, and other difficult-to-cut materials and heat-resistant alloys. We provide appropriate quality and short delivery times for everything from prototype development to small and medium lots, as well as mass production.

  • others
  • Machining

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About the flow of the processing site.

About the flow of the processing site.

For more details, please visit our website: https://www.toyoharahamono.com/

About the Flow in the Processing Site In the processing site, there is a sense that cannot simply be explained by the idea that "faster is better" or "the shortest is correct." Processing machines, tools, measurements, setups, and human movements may seem independent, but in reality, they are all connected within a single flow. When this flow is organized, it leads to quality and stability in work. If you forcefully increase the processing speed, you may temporarily shorten the time, but it can lead to other problems such as mistakes, tool damage, measurement omissions, and disruptions in procedures. Prioritizing partial efficiency can often result in overall inefficiency. Moreover, each person has their own rhythm they excel at. Instead of demanding the same speed from everyone, it is important to create a flow that allows each person to repeat tasks steadily and comfortably. To achieve this, it is necessary to have a basic framework while also allowing for flexibility to adapt to the situation. We value not only optimizing tools and processes but also ensuring that the entire product comes together beautifully in the end. Protecting quality with the minimum necessary contact and organizing a flow that naturally connects the entire process is essential. We believe that this accumulation leads to stable quality and good manufacturing.

  • Processing Contract
  • Machining

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Difference between A5052 and A6063

Difference between A5052 and A6063

For more details, please visit our website: https://www.toyoharahamono.com/

Aluminum materials may seem similar at first glance, but in the processing environment, their characteristics differ depending on the material. Here, we will introduce impressions from the processing site regarding A5052 and A6063, which are frequently used for semiconductor manufacturing equipment. A5052 is an aluminum-magnesium alloy known for its good balance of corrosion resistance, strength, and workability, making it suitable for a wide range of applications. It tends to respond relatively straightforwardly to processing conditions and procedures, leading to stable finishes when the holding methods and processing sequences are carefully considered. Additionally, it is a material with high availability, making it easier to meet quality appearance and short delivery times. On the other hand, A6063 excels in extrudability and is widely used in construction materials and frame components. While it has strengths in specialized cross-sections and long materials, attention is needed regarding warping, surface conditions, and dimensional variations. Moreover, in tapping processes and the appearance after anodizing, there may be situations that require more care compared to A5052. It is not a matter of which is superior; rather, it is important to choose between them based on the application and the required quality. In the processing environment, material selection considers not only precision and appearance but also distortion, subsequent processes, and delivery times. Although they may appear as the same aluminum on drawings, the differences in materials significantly impact quality and workability during actual processing.

  • Processing Contract
  • Machining

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Processing constraints that are difficult to see from the drawings alone.

Processing constraints that are difficult to see from the drawings alone.

For more details, please visit our website: https://www.toyoharahamono.com/

Even if a shape appears to be feasible on a drawing, there are various constraints in the actual machining environment. Machining must be accomplished using the existing equipment and tools, such as machine tools, cutting tools, fixation methods, and measurement methods. For example, if there is a small inner radius in a deep pocket shape, a long and narrow tool will need to be used, which significantly increases the difficulty of machining due to vibrations and tool deflection. Additionally, with special shapes, the fixation method itself can become a challenge, sometimes requiring the fabrication of dedicated jigs. Deburring and measurement after machining are also important. Depending on the shape, hand tools and measuring instruments may not be able to reach, making finishing and inspection difficult even if machining is possible. Therefore, in the machining environment, processes are considered with points such as "Can the tool fit?", "Can it be fixed?", and "Can it be measured?". Furthermore, as contact with tools and jigs increases, the risk of scratches, dents, and distortions also rises. Therefore, we are considering machining methods that can achieve stable quality with minimal contact. Taking into account these constraints that are not visible from the drawings, assembling processes to continuously deliver products with stable quality is also one of the important tasks in the machining environment.

  • Processing Contract
  • Machining

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