We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for High-precision machining.
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High-precision machining Product List and Ranking from 28 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.

High-precision machining Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.

  1. 三井刻印 Tokyo//Other manufacturing
  2. ルータ Kanagawa//Trading company/Wholesale
  3. CGTech Tokyo//software
  4. 4 ニチベイパーツ Tokyo//Machine elements and parts
  5. 4 中島化学産業 Nagano//Chemical
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High-precision machining Product ranking

Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.

  1. Global high-precision machining. ニチベイパーツ
  2. High-Precision Machining with Vericut Optimizer for Molds CGTech
  3. Fine ceramics high-precision processing ルータ
  4. High-precision machining of "silicon carbide (SiC)" using fine PCD end mills. 三井刻印
  5. 4 Introduction to High-Precision Processing of Plate Thickness by Nakajima Chemical Industry Co., Ltd. 中島化学産業

High-precision machining Product List

31～47 item / All 47 items

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High-precision machining of "acrylic" using fine PCD end mills.

High-precision machining of "acrylic" using fine PCD end mills.

This is an example of acrylic processing using a PCD 75-degree 0.02φ.

Examples of processing using our own tools: "Acrylic texture + hidden text" is a processing example of acrylic texture + hidden text using a PCD 75-degree 0.02φ tool. Mitsui Engraving Co., Ltd. utilizes the know-how cultivated in fine engraving to manufacture fine end mills tailored to customer requests, starting from small lots. We can accommodate various shapes. Please feel free to consult us. 【Examples of carbide end mill production】 ○ 0 degrees / 0.2φ / 0.3L Pinhead ○ 0 degrees / 0.3φ / 0.6L Ball ○ 10 degrees / 0.2φ / 0.5L Pinhead ○ 20 degrees / 0.5φ / 0.7L Pinhead ○ 20 degrees / 0.2φ / 0.8L Pinhead For more details, please contact us or download the catalog.

  • End Mills
  • Other cutting tools
  • High-precision machining

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High-precision machining with fine PCD end mills "carbide"

High-precision machining with fine PCD end mills "carbide"

This is a test case for PCD tool development using a PCD of 35 degrees and a diameter of 0.4 mm.

Case study of processing using our own tools: "Test case during PCD tool development - carbide" is a test case during the development of PCD tools using PCD 35 degrees / 0.4φ. Mitsui Engraving Co., Ltd. utilizes the know-how cultivated in fine engraving to manufacture fine end mills in small lots according to customer requests. We accommodate various shapes. Please consult us first. 【Examples of Carbide End Mill Production】 ○ 0 degrees / 0.2φ / 0.3L Pin End ○ 0 degrees / 0.3φ / 0.6L Ball ○ 10 degrees / 0.2φ / 0.5L Pin End ○ 20 degrees / 0.5φ / 0.7L Pin End ○ 20 degrees / 0.2φ / 0.8L Pin End For more details, please contact us or download the catalog.

  • End Mills
  • Other cutting tools
  • High-precision machining

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High-precision machining of "aluminum" using micro ultra-hard end mills.

High-precision machining of "aluminum" using micro ultra-hard end mills.

This is an example of aluminum processing using super hard 20 degrees/0.2φ.

Examples of processing using our own tools: "Fine engraving of aluminum" is an example of fine engraving of aluminum using a carbide tool at 20 degrees/0.2φ. Mitsui Engraving Co., Ltd. utilizes the know-how cultivated in the fine engraving industry to produce fine end mills tailored to customer requests in small quantities. We can accommodate various shapes. Please consult us first. 【Examples of carbide end mill production】 ○ 0 degrees/0.2φ/0.3L Pin end ○ 0 degrees/0.3φ/0.6L Ball ○ 10 degrees/0.2φ/0.5L Pin end ○ 20 degrees/0.5φ/0.7L Pin end ○ 20 degrees/0.2φ/0.8L Pin end For more details, please contact us or download the catalog.

  • End Mills
  • Other cutting tools
  • High-precision machining

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High-precision machining with fine PCD end mills "Sialon"

High-precision machining with fine PCD end mills "Sialon"

This is an example of a silicon nitride processing using PCD 0.3φ and 1.0φ, among others.

Examples of processing using our own tools: "Two-dimensional shape processing of sialon" refers to examples of two-dimensional shape processing of sialon using PCD 0.3φ and 1.0φ, among others. Mitsui Engraving Co., Ltd. utilizes the know-how cultivated in the fine engraving industry to manufacture fine end mills in small lots according to customer requests. We can accommodate various shapes. Please consult us first. 【Examples of carbide end mill production】 ○ 0 degrees / 0.2φ / 0.3L Pin end ○ 0 degrees / 0.3φ / 0.6L Ball ○ 10 degrees / 0.2φ / 0.5L Pin end ○ 20 degrees / 0.5φ / 0.7L Pin end ○ 20 degrees / 0.2φ / 0.8L Pin end For more details, please contact us or download the catalog.

  • End Mills
  • Other cutting tools
  • High-precision machining

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High-precision machining of "copper" using fine ultra-hard end mills.

High-precision machining of "copper" using fine ultra-hard end mills.

This is a case of copper processing using a super hard burr-free tool with a diameter of 0.055 mm.

Case study of processing using our own tools: The "electrode for copper engraving" is a processing example of a copper engraving electrode using a carbide burr-free tool with a diameter of 0.055 mm. Mitsui Engraving Co., Ltd. utilizes the know-how cultivated in the fine engraving industry to manufacture fine end mills tailored to customer requests, starting from small lots. We can accommodate various shapes. Please feel free to consult with us. 【Examples of Carbide End Mill Production】 ○ 0 degrees / 0.2 mm / 0.3L - Pin head ○ 0 degrees / 0.3 mm / 0.6L - Ball ○ 10 degrees / 0.2 mm / 0.5L - Pin head ○ 20 degrees / 0.5 mm / 0.7L - Pin head ○ 20 degrees / 0.2 mm / 0.8L - Pin head For more details, please contact us or download the catalog.

  • End Mills
  • Other cutting tools
  • High-precision machining

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High-precision machining of "silicon nitride (SiN)" using fine PCD end mills.

High-precision machining of "silicon nitride (SiN)" using fine PCD end mills.

This is a case study of silicon nitride (SiN) processing using PCD 1.0φ.

Examples of processing using our own tools: "Groove processing of silicon nitride (SiN)" is an example of groove processing of silicon nitride (SiN) using a PCD 1.0φ. Mitsui Engraving Co., Ltd. utilizes the know-how cultivated in fine engraving to manufacture fine end mills tailored to customer requests in small lots. We accommodate various shapes. Please consult us first. 【Examples of carbide end mill production】 ○ 0 degrees / 0.2φ / 0.3L Pin end ○ 0 degrees / 0.3φ / 0.6L Ball ○ 10 degrees / 0.2φ / 0.5L Pin end ○ 20 degrees / 0.5φ / 0.7L Pin end ○ 20 degrees / 0.2φ / 0.8L Pin end For more details, please contact us or download the catalog.

  • End Mills
  • Other cutting tools
  • High-precision machining

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High-precision machining of difficult-to-cut materials and complex shapes developed through mold technology at the micron level.

High-precision machining of difficult-to-cut materials and complex shapes developed through mold technology at the micron level.

We excel in high-precision machining of micron-level parts by applying our long-standing mold manufacturing technology.

We would like to introduce "high-precision machining of difficult-to-cut materials and complex shapes at the micron level, cultivated through mold technology" by Daiken Industrial Co., Ltd. Our company specializes in high-precision machining of micron-level components by applying our long-standing mold manufacturing technology. In particular, we actively engage in machining parts made from difficult-to-cut materials such as stainless steel and Inconel, as well as complex shapes. We can handle a wide range of processes including cutting, grinding, wire cutting, electrical discharge machining, lapping, and buff polishing, accommodating large items, long pieces, round shapes, and thin materials. Additionally, we can also support drilling, secondary processing, surface treatment, and heat treatment. 【Features】 ■ We excel in high-precision machining of micron-level components by applying our long-standing mold manufacturing technology. ■ We actively engage in machining parts made from difficult-to-cut materials such as stainless steel and Inconel, as well as complex shapes. ■ We can handle a wide range of processes including cutting, grinding, wire cutting, electrical discharge machining, lapping, and buff polishing, accommodating large items, long pieces, round shapes, and thin materials. ■ We can also support drilling, secondary processing, surface treatment, and heat treatment. *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices
  • High-precision machining

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Understand in 3 minutes! High-precision machining technology materials (such as fine groove electrical discharge machining and small-diameter hole machining)

Understand in 3 minutes! High-precision machining technology materials (such as fine groove electrical discharge machining and small-diameter hole machining)

Attention all those involved in processing and those who want to request processing! We are currently offering high-precision processing technology materials from Tōei Chōkō.

This document summarizes six articles from the Tōei Super Hard newsletter "THE TOUEI TIMES." We introduce "Visualization of Delivery Compliance Rate and Equipment Operating Status" and explain "Fine Groove Electrical Discharge Machining for Carbide Materials" with a 0.1mm fine groove processing on cylindrical shapes. [Contents] ■ Visualization of Delivery Compliance Rate and Equipment Operating Status ■ Fine Groove Electrical Discharge Machining for Carbide Materials ■ Introduction to Measurement Environment and Gauge Production ■ Introduction to the Rigidity of Carbide Alloys and Carbide Quills ■ Special Male Thread Processing by Machining Center ■ Small Diameter Hole Processing by Shape Electric Discharge Machining *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • High-precision machining

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Guaranteed pitch of 100mm up to 3μ! High precision machining.

Guaranteed pitch of 100mm up to 3μ! High precision machining.

Of course, it's important that the machinery is properly maintained, and various factors such as attaching the workpiece without distortion are also crucial!

In our processing, we can guarantee a pitch of 100mm within 3μ. In recent years, there has been an increase in machine tools that have temperature control measures. This includes features like thermal friendliness and axis cooling. We also use such machines, and they do indeed provide a certain level of effectiveness. They are well-designed machines. However, even with such good machines, achieving a precision of within 3μ in normal environments is difficult. At our company, we ensure stable precision by placing these machines in a temperature-controlled room (23±1°C). To guarantee this level of precision, we have installed 3D measuring instruments, image measuring instruments, and cross-sectional shape measuring instruments within the temperature-controlled room, allowing us to measure without leaving the room. *For more details, please refer to the related links or feel free to contact us.*

  • Processing Contract
  • High-precision machining

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High-precision machining using wire cut electrical discharge machining.

High-precision machining using wire cut electrical discharge machining.

We also accommodate highly challenging products that consider the design aspects of freeform surfaces and complex surfaces!

At Riverhead Metal Processing Co., Ltd., we offer high-precision machining using wire cut electrical discharge machines. We also accommodate custom molds and tools for complex curved surface machining, achieving high-precision machining with an accuracy of ±0.01mm. Additionally, we contribute to shortening development lead times by proposing suitable machining methods for increasingly precise products and promoting in-house production without relying on outsourcing. 【Features】 ■ Achieves high-precision machining with an accuracy of ±0.01mm ■ Capable of handling high-difficulty products considering design aspects such as freeform and complex curved surfaces ■ Supports prototype development with wire cut electrical discharge machines and 3D measuring devices *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • jig
  • High-precision machining

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Global high-precision machining.

Global high-precision machining.

Supports over 1000 types of materials, with flexible options for heat dissipation and light shielding components!

At Nichibei Parts Co., Ltd., we provide material solutions that meet needs through globally compatible high-precision processing. We achieve high-precision processing with ±0.05mm press processing and ±0.02mm cutting processing utilizing our proprietary technology. We offer a consistent customer support system through our production and sales bases in Japan, Malaysia, and Singapore. 【Features】 ■ Supports over 1,000 types of materials ■ Flexible response for heat dissipation and light shielding components ■ ±0.05mm press processing ■ ±0.02mm cutting processing utilizing our proprietary technology ■ Consistent support system through production and sales bases in Japan, Malaysia, and Singapore *For more details, please refer to the related links or feel free to contact us.

  • Processing Contract
  • High-precision machining

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High-precision machining of difficult-to-cut materials with numerous achievements in the semiconductor, aerospace, and optics industries.

High-precision machining of difficult-to-cut materials with numerous achievements in the semiconductor, aerospace, and optics industries.

High-precision machining is possible even with difficult-to-cut materials, achieving approximately 1/100 to 1/1000 precision! There are also numerous examples with a wide range of materials such as titanium, nickel alloys, and SUS!

At Hayashida Giken Co., Ltd., we have numerous achievements in "high-precision machining of difficult-to-cut materials" such as stainless steel/SUS/titanium/nickel alloys. ≪List of compatible materials≫ Stainless steel/SUS/titanium/nickel alloys/copper tungsten/invar/super invar/ordinary steel/special steel/aluminum Various rare metals (rare metals/molybdenum/tantalum/tungsten/titanium/nickel/cobalt) etc. We solve the challenges of those struggling with high-precision machining or difficult-to-cut material processing. Please feel free to consult us when you need our services. 【Product Overview】 ■ Machining size capacity: approximately up to φ500 ■ Quantity: small lot single items (approximately 1 to 100 pieces) *For more details, please refer to the PDF document or feel free to contact us.

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  • Processing Contract
  • High-precision machining

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High-Precision Machining with Vericut Optimizer for Molds

High-Precision Machining with Vericut Optimizer for Molds

Achieve both precision and efficiency in mold processing with the Vericut Optimizer.

In the mold industry, high-precision processing that affects product quality is essential. Particularly for molds that require complex shapes and fine processing, optimizing NC programs becomes crucial. Inappropriate NC programs can lead to decreased processing accuracy, tool damage, and increased processing time. The Vericut Optimizer is an NC program optimization solution that can operate independently without using Vericut. It optimizes NC programs output from CAM systems, achieving improved accuracy and efficiency in mold processing. 【Usage Scenarios】 - High-precision mold processing - Processing of complex shapes - Multi-axis processing (3-axis, 4-axis, 5-axis) 【Benefits of Implementation】 - Improved processing accuracy - Extended tool life - Reduced processing time - Decreased material waste

  • simulator
  • High-precision machining

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3D laser processing, precision sheet metal - high-precision processing even for complex shapes.

3D laser processing, precision sheet metal - high-precision processing even for complex shapes.

Estimating metal items with a single drawing, production, and nationwide shipping available. [Designed in-house, from samples to mass production] Careful inspection is conducted before shipping. *Examples of processing are currently available.

N.B. Corporation is a comprehensive manufacturer of hot-dip galvanized hardware. Including mold making, we aim for rationalization through consistent production from materials to packaging within our own processes, eliminating waste and providing products at low prices under thorough quality control. Our products are already widely used in various fields such as cable television facilities (CATV), power, telecommunications, wired broadcasting facilities, and agricultural facilities across different regions. In particular, for products requiring hot-dip galvanization, we maximize the benefits by providing them quickly and at low cost. 【Features】 - Designed in-house, capable of handling everything from samples to mass production - Estimates, production, and nationwide shipping of hardware based on a single drawing - Fully utilizing our factory line to achieve short delivery times and low costs - Importing mass-produced, low-cost products from our factory in China, inspecting them before shipment - Capable of handling standard products, new products, and development products across various fields *For more details, please refer to our catalog or feel free to contact us.

  • Other machine elements
  • Other processing machines
  • Mold Design
  • High-precision machining

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Orderable with different plate thicknesses! High-precision processing of SUS, copper, and brass shim plates.

Orderable with different plate thicknesses! High-precision processing of SUS, copper, and brass shim plates.

Sim plates can be ordered in different plate thicknesses! Compatible with SUS, copper, and brass from 0.01mm, produced with high precision processing.

For precision machining of shim plates, high-precision laser processing that allows for orders with varying plate thicknesses is optimal. We can accommodate materials such as SUS304, copper, and brass, producing everything from thin plates of 50mm×10mm×0.1t to ultra-thin shims of 0.01mm. We have a proven track record of meeting the stringent precision requirements of the semiconductor industry. SUS304 excels in corrosion resistance and strength, providing stable performance over long periods. Additionally, copper and brass are suitable for applications requiring conductivity and thermal conductivity, and are widely used as spacers and adjustment shims in precision equipment and semiconductor manufacturing devices. High-precision laser processing minimizes distortion even when fine dimensional adjustments are necessary, achieving a high-quality finish. Orders can be placed with varying plate thicknesses according to application, and we flexibly accommodate everything from prototypes to mass production. We select the optimal materials and processing methods tailored to the specifications of shim plates, ensuring uniform quality. We encourage you to consider SUS, copper, and brass shim plates utilizing high-precision laser processing for situations requiring precise plate thickness adjustments.

  • Other machine tools
  • High-precision machining

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Evolving high-precision processing that fuses long-cultivated skilled techniques with digital technology.

Evolving high-precision processing that fuses long-cultivated skilled techniques with digital technology.

We specialize in high-precision machining! We have prioritized the pursuit of accuracy and have honed our skills.

We would like to introduce "the evolving high-precision machining that combines years of cultivated skilled techniques and digital technology," which is the strength of Ei Manufacturing. We own large 5-axis machining centers, small machining centers, NC lathes, and grinding machines, enabling us to achieve high-precision machining at the micron level across a variety of materials such as iron, aluminum, stainless steel, and copper. Recently, by integrating digital technology through the introduction of advanced machining equipment, we have realized more accurate and speedy responses. 【Features】 ■ Ownership of large 5-axis machining centers, small machining centers, NC lathes, and grinding machines ■ Achievement of high-precision machining at the micron level ■ Introduction of advanced machining equipment *For more details, please refer to the related links or feel free to contact us.

  • Processing Contract
  • High-precision machining

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