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Machining Product List and Ranking from 426 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

451～480 item / All 1137 items

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Daiwa Corporation Company Profile

Daiwa Corporation Company Profile

Cutting and trimming! We handle everything from prototype to mass production of resin processing.

Our company has been engaged in the machining of synthetic resins since its founding. To meet our customers' needs, we handle a variety of materials that can accommodate various products, from engineering plastics to ABS resin and insulation materials. We also possess equipment such as machining centers, NC lathes, and drill grinders. Please feel free to contact us when you need our services. 【Materials We Handle (Partial)】 ■ Engineering Plastics ■ Acrylic (PMMA) ■ Fluororesin ■ Nylon-based ■ ABS Resin ■ Insulation and Packing Materials *For more details, please download the PDF or feel free to contact us.

  • Engineering Plastics
  • Machining

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Why does aluminum processing pay attention to appearance quality?

Why does aluminum processing pay attention to appearance quality?

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

In aluminum processing, not only dimensions and shapes but also appearance quality are important. Especially for parts used in semiconductor manufacturing equipment, even slight scratches, dents, clamp marks, or contact marks can render the product unusable. Aluminum is relatively soft and prone to scratches, so care is needed not only during processing but also during storage, transportation, chip entanglement, and handling with gloves. Even if processing is completed without issues, the final handling can lead to appearance defects. Additionally, after anodizing, scratches, processing marks, and material differences that were not noticeable during processing may become visible on the surface. Therefore, we proceed with work while considering not only the processing method but also the condition of the materials and storage methods. For products with high appearance quality, it is essential not only to avoid scratches but also to ensure an environment conducive to detecting scratches. We pay attention to factory lighting, task lighting, and cleanliness, being mindful not to leave unnecessary marks. Even simple aluminum parts on drawings are managed for quality in actual processing sites, considering not only dimensions but also appearance and subsequent processes. At Toyohara Knife, we value not just being "processable" but also "consistently producing viable products," and we engage in manufacturing every day with this in mind.

  • Processing Contract
  • Machining

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The story of the processing site and "accumulation."

The story of the processing site and "accumulation."

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

When hearing the term "machining accuracy," many may envision high-performance machine tools or special techniques. Of course, those are important as well. However, we believe that machining accuracy is something that is developed through small daily accumulations. Machining begins even before the material is attached to the machine. We check the condition of the machine tools and equipment, inspect the cutting tools and materials, and perform measurements as necessary. During machining, we continuously check dimensions and make corrections, stopping if any abnormalities arise. In the field, work can be interrupted by phone calls or sudden consultations. When we step away from our station and return, we may measure again "just to be sure." While this may seem like a waste if only efficiency is considered, we believe that the attitude of not proceeding with "probably okay" contributes to quality. The condition of machine tools, equipment, and measuring instruments gradually changes with time and temperature. Even if we are machining in the same way every day, no two days are exactly alike. It may not be flashy work, but we face manufacturing each day while valuing the small accumulations of "just to be sure, let's measure again."

  • Processing Contract
  • Machining

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The story of the processing site and "not being able to go back."

The story of the processing site and "not being able to go back."

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

Cutting processing is a job that shapes materials by gradually shaving them away. Once material is cut, it cannot be returned to its original state. It is not like erasing a mistake with an eraser at school. Therefore, we take measurements multiple times during the processing. Measurements taken during processing are not for inspecting the finished product. They are to determine whether to continue processing, make corrections, or stop at that point. We measure to make that judgment. We make corrections based on the measured numbers, but that judgment does not always yield the desired results. There can be mistakes in input, or we may overcorrect due to assumptions. We check the dimensions. "…" We measure again. "…" The results do not change. Once material is cut, it cannot be returned to its original state. That is why we process not just by looking at the numbers, but by considering what those numbers mean, where the cause lies, and how to avoid repeating the same mistakes next time. I believe that is also part of the job of cutting processing.

  • Processing Contract
  • Machining

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The story of the processing site and the "floor."

The story of the processing site and the "floor."

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

The widest place in the factory is neither the machines nor the shelves. It is the "floor," which we walk on and see many times every day. I still remember telling my father, "It's dirty," when I saw the oil-stained floor and the piled-up materials as a child. That sense of discomfort did not change even after I joined the company. That is why I have gradually continued to do what I can, such as wiping the desk, tidying up unnecessary items, and sweeping the floor. Eventually, I repaired and repainted the floor that I had hoped to paint someday, and it became the factory we have now. The floor gets dirty every day. However, because we see it every day, we can notice small abnormalities, such as oil leaks, the amount of metal shavings, and fallen screws. I believe that having a well-maintained working environment is an important foundation that leads to quality and safety. The floor cannot process products. However, it can create an environment that supports manufacturing. As I reduce the discomfort I felt as a child, I will continue to make improvements, aiming for a slightly better factory than yesterday.

  • Processing Contract
  • Machining

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Resin cutting processing

Resin cutting processing

Leave the palm-sized machining to us!!

The size of the machined parts ranges from the size that can fit from a finger to the palm of the hand. We specialize particularly in small items. The processing quantity is not for prototypes or model production, but for mass production ranging from about 10 pieces to around 10,000 pieces. *For more details, please request materials or download the catalog.

  • Other semiconductor manufacturing equipment
  • Processing Contract
  • Machining

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Low-cost metal parts processing

Low-cost metal parts processing

Low-cost metal parts processing

We perform cutting and bending processing of iron and aluminum at our factory in Taiwan. A reliable and sincere factory carries out the processing.

  • aluminum
  • others
  • Machining

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Metal cutting processing

Metal cutting processing

Metal cutting processing. Specializes in precision machining of mass-produced items. Also accommodates small-batch production of various types.

Metal Cutting Processing of Sohara Techno Co., Ltd. 【Features】 ○ We specialize in precision processing of mass-produced items at around 10K/lot, from single-piece jig manufacturing to small-scale prototype processing, and we also accommodate a wide variety of small-lot production. ○ We are particularly skilled in high-precision processing of small-diameter round parts. ○ We have extensive experience with difficult-to-cut materials such as SUS304, permalloy, koval, and Inconel. ● For more details, please contact us.

  • Processing Contract
  • Machining

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High-precision machining of high-performance resins such as engineering plastics.

High-precision machining of high-performance resins such as engineering plastics.

Leveraging over 70 years of experience, we also accommodate difficult machining of resin!

Our company sells machined products made from high-performance resins known as super engineering plastics, as well as the materials themselves. We primarily serve the semiconductor and LCD industries, but our reach extends to various fields such as electronic components, automotive, precision machinery, and food industries, with an increasing track record in medical devices and the aerospace industry. Please leave all your concerns regarding resin selection, processing accuracy, cost reduction, and small quantity purchases to us! ■ For more details, please refer to the survey at the bottom ■

  • Processing Contract
  • Machining

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Resin processing

Resin processing

Leave the cutting processing of resins, including thermosetting resins, thermoplastic resins, and engineering plastics, to us.

There are various methods for manufacturing resin products, including: - Injection molding - Extrusion molding - Compression molding - Transfer molding - Blow molding - Vacuum forming - Lamination molding - Casting - Stereolithography - Machining (cutting) - Adhesion and welding - Bending processing - Punching processing - Water jet processing Methods that include molding, such as injection molding, are primarily used for mass production with molds (though it is also possible to mold small quantities with simple molds), while machining (cutting) is suitable for small quantities and a variety of products. In our company, we mainly perform machining (cutting), adhesion and welding, and bending processing as methods for manufacturing resin products, while other manufacturing methods such as injection molding are outsourced.

  • plastic
  • Engineering Plastics
  • Other machine elements
  • Machining

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Insulation material and heat-resistant material Miolex PMX-561 machining.

Insulation material and heat-resistant material Miolex PMX-561 machining.

We are manufacturing machine parts by machining the heat-resistant insulation board, MIOREX PMX-561, which has a heat resistance temperature of 500℃, using machine tools.

Miolex PMX-561 is a rigid insulation board made by laminating sheets of glass fiber and solidifying them with an inorganic binder. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Miolex PMX-561 using machining centers, NC lathes, and other machine tools to manufacture industrial components such as insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

  • Plastic Mould
  • Injection Molding Machine
  • Rubber Processing Machine
  • Machining

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Insulation material / heat-resistant material Miolex PGX-595 machining

Insulation material / heat-resistant material Miolex PGX-595 machining

We are manufacturing machine parts by machining the heat-resistant and high-strength insulation board, MIOREX PGX-595, using machine tools.

Miolex PGX-595 is a rigid insulation board made by layering fiberglass sheets and solidifying them with an inorganic binder. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Miolex PGX-595 using machining centers, NC lathes, and other machine tools to manufacture industrial parts, primarily insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

  • Plastic Mould
  • Injection Molding Machine
  • Rubber Processing Machine
  • Machining

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Insulation material and heat-resistant material PGE-6771 machining

Insulation material and heat-resistant material PGE-6771 machining

We are manufacturing machine parts by machining the insulation board PGE-6771, which has excellent compressive strength and compressive creep, and exhibits minimal dimensional deformation.

PGE-6771 is a rigid insulation board made by laminating sheets of fiberglass and solidifying them with a high-temperature adhesive. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this PGE-6771 using machining centers, NC lathes, and other machine tools to manufacture industrial parts, primarily insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

  • Plastic Mould
  • Injection Molding Machine
  • Rubber Processing Machine
  • Machining

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Insulation material and heat-resistant material Lumiboard cutting processing

Insulation material and heat-resistant material Lumiboard cutting processing

Lumiboard is a heat-resistant and insulating material made primarily from calcium silicate. It has a heat resistance temperature of 1000 degrees and is made of a material that is not easily adhered to by aluminum molten metal.

LumiBoard is a heat-resistant and insulating material primarily made from calcium silicate. It has non-wetting properties against molten aluminum and excellent release characteristics, making it ideal as insulation for aluminum holding furnaces that come into direct contact with molten aluminum alloys. Features: 1. It has non-wetting properties against molten aluminum and excellent release characteristics. 2. It has excellent thermal insulation properties. 3. Heat resistance temperature of 1000 degrees (depending on usage conditions). 4. It does not contain asbestos. Applications: 1. Components that come into direct contact with molten aluminum alloys, such as in aluminum casting and aluminum die casting. Specific examples include: (1) Chutes, spouts, floats, and header materials for hot top rings that come into direct contact with molten aluminum alloys. (2) Insulation materials for holding furnaces used in aluminum casting and aluminum die casting. 2. Insulation materials for high-temperature applications. Material Dimensions: Thickness: 12.7 to 101.6 mm Dimensions: 1260 x 1270 mm, 1260 x 2550 mm sheets.

  • Composite Materials
  • Casting Machine
  • Other processing machines
  • Machining

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Thermosetting resin paper phenolic resin laminate (paper Bakelite) machining

Thermosetting resin paper phenolic resin laminate (paper Bakelite) machining

We are manufacturing electrical insulation parts and mechanical components by machining paper phenolic resin laminates (paper Bakelite) using machine tools.

Paper phenolic resin laminated sheets (paper Bakelite) are relatively inexpensive materials among resins and are used for electrical insulation parts in distribution boards and insulation plates for resin molding molds.

  • Other machine elements
  • plastic
  • Other electronic parts
  • Machining

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Thermosetting resin FRP TC board cutting processing

Thermosetting resin FRP TC board cutting processing

We are manufacturing electrical insulation parts and mechanical parts by machining TC boards, which are thermosetting resins and FRP, using machine tools.

TC boards are relatively inexpensive materials among resins and are used in electrical insulation components and mechanical parts. Material manufacturer: Kyocera Corporation

  • Other machine elements
  • plastic
  • Other electronic parts
  • Machining

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Super engineering plastic polyimide resin machining

Super engineering plastic polyimide resin machining

We are manufacturing machine parts and electrical insulation components by machining polyimide resin, which is a super engineering plastic, using machine tools.

Polyimide resin (PI) has excellent heat resistance exceeding 300°C, mechanical strength, electrical properties, sliding properties, radiation resistance, chemical resistance, and water resistance, making it one of the highest levels among super engineering plastics.

  • Other machine elements
  • Other electronic parts
  • Engineering Plastics
  • Machining

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Cutting process

Cutting process

Capable of a wide range of tasks from artisan techniques on general-purpose lathes to machining of castings on machining centers.

At Taiyo Precision Machinery Co., Ltd., we handle processing for single items, small lot products, and prototypes. In "casting processing," we utilize the know-how cultivated over many years of experience to perform machining of complex-shaped parts, including the production of jigs. In "lathe processing," we have craftsmen who handle general-purpose lathes, enabling accurate and speedy responses for small lot production of various types. Additionally, post-processing such as polishing, plating, heat treatment, and blasting is also available after cutting. 【Lathe Processing】 ■ Supported Sizes - Square items: 1,300×610×560 - Round items: φ1,000×1,900L ■ Supported Materials - Stainless steel: SUS303, SUS304, SUS316, SUS430 - Aluminum: A1050, A6063, A5052, A6061, aluminum castings - Iron: FC, FCD, SS, SGCC, SECC, SPCC, SPHF, etc. *For more details, please feel free to contact us.

  • Processing Contract
  • Machining Center
  • Machining

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Brass bush cutting process (without plating) / B-TC

Brass bush cutting process (without plating) / B-TC

Brass bush cutting process (without plating) / B-TC

This product is a bush made of brass (bronze) that has excellent machinability, conductivity, and mechanical strength, finished through machining without plating. It is used by inserting it into the through holes of bolts and shafts for applications such as bearing support, positioning, and gap filling. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. It is an unplated brass bush suitable for assembly in various general industrial machinery bearing parts, as well as positioning components and gap filling in electrical and electronic devices.

  • others
  • Machining

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Stainless steel bush cutting process / U-T

Stainless steel bush cutting process / U-T

Stainless steel bush cutting process / U-T

This product is a bush made from stainless steel, which has excellent corrosion resistance and mechanical strength, finished through cutting processing. It is used by inserting it into through holes for bolts or shafts for applications such as supporting shafts, filling gaps, and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. Additionally, it possesses the excellent corrosion resistance, mechanical strength, and durability unique to stainless steel. This stainless steel bush is suitable for assembling mechanisms that require corrosion resistance and mechanical strength, such as equipment used in water-related or humid environments, facilities that require consideration for corrosion, and bearing parts and positioning components of various industrial machines.

  • others
  • Machining

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Steel bush machining (trivalent chromium) / F-T

Steel bush machining (trivalent chromium) / F-T

Steel bush machining (trivalent chromium) / F-T

This product is a bush made of steel (iron) with excellent mechanical strength and machinability, finished by cutting and coated with trivalent chromium plating on the surface. It is used by inserting it into the through holes of bolts and shafts for applications such as bearing supports, gap filling, and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps suppress wear caused by direct contact with the counterpart material. It also features improved corrosion resistance and a glossy appearance. This trivalent chromium-plated steel bush is suitable for the assembly of mechanical parts that require mechanical strength and corrosion resistance, including bearing parts of various general industrial machinery and positioning components in mechanisms subjected to high loads.

  • others
  • Machining

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Aluminum bush cutting process (pickling) / L-T

Aluminum bush cutting process (pickling) / L-T

Aluminum bush cutting process (pickling) / L-T

This product is a bush made from aluminum, which has lightweight properties, excellent machinability, and good thermal conductivity, finished by cutting and treated with pickling on the surface. It is used by inserting it into bolt or shaft through holes for applications such as bearing shafts, filling gaps, and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. In addition to the excellent lightweight properties, machinability, and thermal conductivity unique to aluminum, the pickling treatment removes surface dirt and impurities, improving the surface condition. This pickled aluminum bush is suitable for various industrial machinery where weight reduction is required, as well as positioning components in electronic and communication devices, and mechanical parts that require efficient heat transfer, making it ideal for applications that demand lightweight, machinability, thermal conductivity, and surface cleanliness.

  • others
  • Machining

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Aluminum bush cutting process (electroless nickel plating) / L-TK

Aluminum bush cutting process (electroless nickel plating) / L-TK

Aluminum bush cutting processing (electroless nickel plating) / L-TK

This product is a bush made from aluminum, which has lightweight properties, excellent machinability, and good thermal conductivity, finished through cutting processes and coated with electroless nickel plating on the surface. It is used by being inserted into bolt or shaft through holes for applications such as supporting shafts and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps suppress wear caused by direct contact with the counterpart material. In addition to the excellent lightweight properties unique to aluminum, it features a relatively uniform coating due to the electroless nickel plating and surface characteristics that contribute to improved corrosion and wear resistance. This electroless nickel-plated aluminum bush is suitable for the assembly of mechanisms requiring lightweight, corrosion resistance, and wear resistance, including various industrial machines where lightweight and durability are essential, as well as for positioning in precision instruments and sliding and fitting components.

  • others
  • Machining

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Plastic machining (TOKAI's advanced processing technology)

Plastic machining (TOKAI's advanced processing technology)

For plastic resin vacuum and pressure molding, as well as machining, please leave it to Tokai Denko.

TOKAI's plastic processing is hybrid. In addition to various molding processing technologies, a range of techniques including precision machining and printing technology synergistically combine to create high-level plastic processing products unique to TOKAI. It significantly reduces mold costs compared to injection molding, making it recommended for products with small lifetime lots. The freedom of shape is also high, allowing for the production of uniquely designed products in a short period of time.

  • plastic
  • Contract manufacturing
  • Processing Contract
  • Machining

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Representative general-purpose crystalline plastic "PP (polypropylene)"

Representative general-purpose crystalline plastic "PP (polypropylene)"

We accept custom orders tailored to your specifications starting from just one piece. Our versatile plastic is actively used in a wide range of fields!

PP (polypropylene) is a representative general-purpose plastic with crystalline properties. With a specific gravity of 0.9, it is the lightest among general-purpose plastics and excels in chemical resistance, hydrolysis resistance, and electrical properties, making it widely used in various fields as a versatile plastic. 【Features】 ■ Continuous use temperature: 90°C ■ Flammability UL94 HB * For more details, please refer to the PDF document or feel free to contact us. * Here is the online shop → https://www.chemisnetshopping.co.jp/

  • Spring
  • Machining

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