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Wire cutting - メーカー・企業29社の業務用製品ランキング | イプロスものづくり

更新日： 集計期間:May 20, 2026～Jun 16, 2026
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Wire cuttingのメーカー・企業ランキング

更新日： 集計期間:May 20, 2026～Jun 16, 2026
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  1. スピーディーターゲットグループ Aichi//Industrial Machinery
  2. 萬代 本社 Hyogo//Machine elements and parts
  3. TAINATEC Aichi//Industrial Machinery
  4. 4 白銅 Tokyo//Ferrous/Non-ferrous metals
  5. 5 福地金型 Tochigi//Manufacturing and processing contract
企業ランキングへ

Wire cuttingの製品ランキング

更新日： 集計期間:May 20, 2026～Jun 16, 2026
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  1. Wire cut [Running cost estimation] TAINATEC
  2. Super mirror finish with wire cutting? 萬代 本社
  3. Tungsten-Molybdenum Wire Cut 白銅
  4. Fukuchi Mold Business Introduction 福地金型
  5. 5 [For the automotive industry] AXIA EXPO Exhibition STG Wire Cut スピーディーターゲットグループ

Wire cuttingの製品一覧

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Fukuchi Mold Business Introduction

Fukuchi Mold Business Introduction

We handle general metal processing and the machining of fine parts from a few millimeters to precision processing of a few microns.

Since its establishment in 1984, Fukuchi Mold has been dedicated to the development and manufacturing of metal parts prototypes. In recent years, we have particularly focused on metal micro-processing utilizing wire cutting technology, accumulating production and shipping results in the manufacturing of parts for air conditioning equipment, medical devices, and automobiles. Moving forward, we are committed to challenging ourselves with new technologies that turn the impossible into possible, in order to continue providing technologies that delight our customers and serve the local community and beyond. 【Business Activities】 ○ Wire cutting processing ○ NC milling processing ○ Mold design and manufacturing ○ Various handmade prototypes For more details, please contact us or download our catalog.

  • Processing Contract
  • Wire cutting

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Wire cut machining

Wire cut machining

We also offer discharge machining and grinding! Leave the processing of precision molds, precision mold parts, and industrial machine parts to us.

Kanjima Manufacturing Co., Ltd. manages wire-cutting machines in a temperature-controlled room to suppress thermal displacement of the machines. Not only do we specialize in wire cutting, but we also offer electrical discharge machining and grinding. We can deliver finished products as well. If you need processing for precision molds, precision mold components, or industrial machine parts with strict tolerances, you can count on us. 【Overview of Processing Machines】 ＜Model: AQ325L＞ ■Stroke ・X-Y-Z…350-250-220 (mm) ・U-V…80-80 (mm) ■Electrode Diameter: Φ0.2 (mm) ＜Model: AQ327L＞ ■Stroke ・X-Y-Z…370-270-250 (mm) ・U-V…80-80 (mm) ■Electrode Diameter: Φ0.1, Φ0.2 (mm) *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing
  • Processing Contract
  • Other electronic parts
  • Wire cutting

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Production Examples: Machined and Wire Cut Products (Copper, C1020 Material)

Production Examples: Machined and Wire Cut Products (Copper, C1020 Material)

Half-moon shaped products utilizing wire cutting

■Material: Copper, C1020 ■Size: R12.5×30 (approx.) ■Points: Although it is round, it is shaped like a semicircle and has been processed using wire cutting. ~ At Clair Co., Ltd., we also offer various other processing services. ~ ● Cutting processing (prototype, small lot, mass production) → We can accommodate everything from single items and prototypes to mass-produced products. ● Various surface treatments are also available. Anodizing, various plating, painting, heat treatment ● Jig manufacturing, mold design and manufacturing, press processing *For detailed information on [Wire Cutting Processing Product Examples], please see here↓↓↓

  • Other machine elements
  • Vacuum Equipment
  • Other physicochemical equipment
  • Wire cutting

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Production Example: Wire Cutting Process Jig Parts (SS400 Material, Steel)

Production Example: Wire Cutting Process Jig Parts (SS400 Material, Steel)

Cutting of irregular shapes using full-circle wire cutting processing.

■Material: SS400 material, iron ■Size: Approximately 250×250 ■Points: Since the size is large, it will be fixed to prevent shaking. If precision is required or if the plate thickness is thick, we can propose shape processing (cutting) through wire cutting. ~ At Clair Co., Ltd., we also offer various other processing services. ~ ● Cutting processing (prototypes, small lots, mass production) → We can accommodate everything from single items and prototypes to mass-produced products. ● Various surface treatments are also available. Anodizing, various plating, painting, heat treatment ● Jig manufacturing, mold design and manufacturing, press processing *For detailed information on [Wire Cutting Processing Product Examples], please see here↓↓↓

  • Inspection fixture
  • Assembly Jig
  • Processing Jig
  • Wire cutting

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Wire cut processing

Wire cut processing

We have prepared punches for cutting automatic machine connector molds made of tungsten carbide super hard alloy!

We would like to introduce our "Wire Cut Processing." Using ultra-pure water, we perform ion exchange for insulation. The wire is recycled, aiming for eco-friendliness. We use processing wires ranging from φ0.05 to φ0.2. Additionally, the cutting punches for automatic machines are made from tungsten carbide. 【Features】 ■ Insulation through ion exchange using ultra-pure water ■ Recycled wire usage ■ Processing wires ranging from φ0.05 to φ0.2 *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Wire cutting

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Wire cutting processing

Wire cutting processing

We will respond quickly and courteously, regardless of the production volume.

Our company has been engaged in "wire cutting processing," which involves passing electric current through a wire to cut metal materials, for many years. Thanks to the experience and technology we have cultivated, we are capable of a wide range of processing with thicknesses from 0.05mm to 350mm. Since our capabilities are extensive, please feel free to consult us even for projects that have been declined by other companies. 【Features】 ■ Abundant processing experience ■ Capable of production from small lots ■ Can process large items ■ Sophisticated precision processing *For more details, please download the PDF or contact us.

  • Processing Contract
  • Wire cutting

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Wire cut [Running cost estimation]

Wire cut [Running cost estimation]

Comparison of running costs between brass wire and molybdenum wire.

Wire cutting machines have high running costs among machine tools. In particular, the cost associated with the wire is expensive. This is due to the structure that requires the use of new brass wire to maintain precision, which inevitably leads to higher costs. According to our company's research, the costs incurred after operating for 100 hours include: - Wire - Ion exchange resin - Filters and exceed 50,000 yen. The molybdenum wire cutting machine developed and sold by our company incurs less than 20,000 yen for 100 hours of operation due to reasons such as: - Repeated use of the wire - No need for ion exchange resin When comparing brass wire and molybdenum wire, the running costs are reduced by 60%.

  • Electric discharge machine
  • Wire cutting

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[For the automotive industry] AXIA EXPO Exhibition STG Wire Cut

[For the automotive industry] AXIA EXPO Exhibition STG Wire Cut

AXIA EXPO 2026 Exhibition: Wire-cut electrical discharge machining contouring machine praised for its simple functionality.

In the automotive industry, there is a demand for the manufacturing of high-precision parts, which involves processing complex shapes and difficult-to-cut materials, as well as optimizing processing costs. In particular, precise machining that directly affects the performance and reliability of parts is a significant challenge in the manufacturing process. Our wire-cut electric discharge machine, the Contamachine, offers mid-precision with "affordable usability" and "simple functionality," contributing to the resolution of these challenges. 【Application Scenarios】 - Processing of thick metals, hard metals, and difficult-to-cut materials - Processing of irregular shapes and pipe-like structures - Small-batch, diverse processing - Separation of 3D printed metal layers - Introduction of machinery for quality inspection and material analysis 【Benefits of Implementation】 - Resolution of processing challenges - Consideration of processing cost reduction - Versatility that can be utilized by a wide range of customers

  • Electric discharge machine
  • Wire cutting

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Sports equipment: Separation of metal 3D printer laminated objects using STG wire cutting.

Sports equipment: Separation of metal 3D printer laminated objects using STG wire cutting.

For metal additive manufacturing of custom parts for sports equipment. For separation from support material.

In the sports equipment industry, the utilization of metal 3D printing technology for the manufacturing of lightweight and high-strength custom parts is highly anticipated. Particularly in metal additive manufacturing, such as maraging steel and aluminum, parts are completed while fixed to support materials, making it crucial to efficiently and accurately remove these supports. Improper removal can affect the quality and performance of the parts. The STG wire-cut electric discharge machine provides an optimal solution for separating these metal additive manufactured parts from their support materials. 【Application Scenarios】 - Manufacturing custom parts for sports equipment - Removal of support materials from metal additive manufactured parts - Cutting of high-hardness materials - Small-batch, diverse processing 【Benefits of Implementation】 - Separation that does not compromise part quality - Compatibility with high-hardness materials - Increased efficiency through unmanned processing - Low initial and running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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[Aerospace] Wire cutting for the separation of metal 3D printed layers.

[Aerospace] Wire cutting for the separation of metal 3D printed layers.

Ideal for separating metal 3D printer parts in the aerospace field. A cost-effective processing method.

In the aerospace industry, the adoption of metal 3D printing technology is advancing, and high-precision parts manufacturing is expected. In particular, parts made from high-hardness materials such as maraging steel and Inconel are output while being fixed with support materials. It is important to remove these support materials without compromising the quality of the parts and to proceed to the next process. The STG wire-cut electrical discharge machine provides high precision and efficiency in separating the support materials from such metal 3D printed layers. 【Usage Scenarios】 - Separation of support materials from aerospace parts manufactured by metal 3D printers - Precise cutting of high-hardness materials and complex-shaped parts - Removal of support materials while maintaining part quality 【Benefits of Implementation】 - Ability to separate support materials without compromising part quality - Stable cutting even with high-hardness materials - Increased productivity through unmanned processing - Low initial investment cost and excellent running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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Wire cutting with STG for separating metal 3D printed layers in the automotive industry.

Wire cutting with STG for separating metal 3D printed layers in the automotive industry.

Ideal for cutting laminated materials in automotive prototypes. A cost-effective processing method.

In the automotive industry, the adoption of metal 3D printing technology for innovative component development is progressing. Particularly in the prototyping stage, it is essential to accurately and efficiently separate complex-shaped metal parts from support materials. Insufficient removal of support materials can affect the quality of the parts and may complicate subsequent processes. Our STG wire-cut electrical discharge machine addresses these challenges with high-precision cutting capabilities. 【Application Scenarios】 - Cutting support materials from prototypes created by metal 3D printers - Cutting high-hardness materials such as maraging steel, aluminum, stainless steel, and Inconel - Cutting complex shapes and irregularly shaped parts 【Benefits of Implementation】 - Precise separation that does not compromise part quality - Stable processing even with high-hardness materials - Increased productivity through unmanned processing - Low initial investment costs and excellent running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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Polygonal mirror surface finish wire cutting processing for medical devices (endoscopes).

Polygonal mirror surface finish wire cutting processing for medical devices (endoscopes).

Achieving complex-shaped mirror finishes on endoscope components through wire cutting processing!

In the medical device industry, particularly in the field of endoscopy, precise parts processing is required. Endoscopes are inserted into the patient's body for diagnosis and treatment, making the shape accuracy and surface finish of the parts extremely important. In particular, the mirror finish of parts with complex shapes, such as polygons, can affect light reflection and image clarity, potentially influencing diagnostic accuracy. When polishing processes are difficult to implement, achieving a high-quality mirror finish becomes a challenge. Bandai's wire-cutting processing technology enables mirror finishing not only on the outer surfaces of polygons but also on the inner surfaces, contributing to the quality improvement of endoscope parts. 【Application Scenarios】 - Lens housings for endoscopes - Parts such as forceps - Other parts requiring mirror finishing with complex shapes 【Benefits of Implementation】 - Improved diagnostic accuracy through high-precision parts processing - Cost advantages from reduced polishing processes - Enhanced product reliability due to high-quality surface finishes

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  • Processing Contract
  • Wire cutting

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Wire Cut [Precision Shape Cutting Machine]

Wire Cut [Precision Shape Cutting Machine]

Leave the wire cut shaping to this machine.

Introducing our wire cutting machine "HB Series" for sale. Advantages - Reusable wire (approximately 100 hours) - High-speed cutting (2 to 5 times faster than brass wire cutting machines) - No need for ion exchange resin due to spray-type processing fluid - Maximum processing height of Z500 (HB800), allowing for the processing of thick workpieces - Capable of processing any conductive metal - Equipped with a Japanese-made servo system, with repeatability accuracy of ≤0.01 - Multi-cutting capability with a maximum surface roughness of Ra0.6, suitable for part processing as well Disadvantages - Not suitable for inner diameter processing - Not suitable for ultra-precision processing in the 1000s range (HB has a processing accuracy of ±0.01)

  • Electric discharge machine
  • Plastic Mould
  • Processing Jig
  • Wire cutting

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STG wire cutting for separating metal 3D printed layers for railway applications.

STG wire cutting for separating metal 3D printed layers for railway applications.

Contributing to the manufacturing of lightweight components for railway vehicles. For separation from support materials.

In the railway industry, there is a demand for improved fuel efficiency and running performance through the lightweighting of vehicles. Metal 3D printing technology enables the production of lightweight parts with complex shapes, but the printed parts are output while fixed to support materials. Efficient and accurate removal of these support materials is crucial for maintaining part quality and improving productivity. Our STG wire-cut electrical discharge machine provides the optimal solution for separating support materials from metal 3D printer outputs. 【Application Scenarios】 - Lightweighting of railway vehicle parts (engine components, structural components, etc.) - Removal of support materials from metal parts with complex shapes - Machining of high-hardness materials and difficult-to-cut materials 【Benefits of Implementation】 - Precise separation that does not compromise part quality - Machining capability that can handle high-hardness materials - Increased productivity through unmanned processing - Low implementation costs and excellent running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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STG wire cutting for the separation of metal 3D printer laminates for research and development purposes.

STG wire cutting for the separation of metal 3D printer laminates for research and development purposes.

For the separation of support materials from newly shaped metal additive manufacturing objects.

In the field of research and development, innovative new shapes of metal components are being developed. These components often have complex shapes that are difficult to achieve with conventional processing methods, and the use of metal 3D printers is anticipated. However, parts manufactured with metal 3D printers are output while fixed to support materials, making the efficient and precise removal of these support materials crucial for ensuring the quality of the components and improving development speed. The STG wire-cut electrical discharge machine provides an optimal solution for separating such metal additive manufactured objects from their support materials. 【Application Scenarios】 - Removal of support materials from newly shaped metal 3D printed objects - Cutting of high-hardness materials and complex shapes - Processing of prototypes and small-batch, varied products 【Benefits of Implementation】 - Precise separation that does not compromise the quality of the components - Processing capability that can handle high-hardness materials - Increased efficiency through unmanned processing - Low initial investment and running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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Robot: STG wire cutting for separating metal 3D printer laminates.

Robot: STG wire cutting for separating metal 3D printer laminates.

For the separation of laminated parts of robot joints. A cost-effective processing method.

In the robotics industry, there are high expectations for the use of metal 3D printing technology to achieve lightweight designs and complex shapes. In particular, for the precise manufacturing of components such as robot joint parts, parts created with metal 3D printers are output while being fixed to support materials. It is important to remove these support materials without compromising the quality of the parts. The STG wire-cut electric discharge machine provides the optimal solution for separating support materials from such metal 3D printed layers. 【Application Scenarios】 - Removal of support materials from metal 3D printed robot joint components - Precision cutting of high-hardness materials - Processing of small quantities of diverse products 【Benefits of Implementation】 - Separation of support materials without compromising part quality - Compatibility with high-hardness materials - Increased productivity through unmanned processing - Low initial and running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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Separation of metal 3D printer laminates for medical devices using wire cutting.

Separation of metal 3D printer laminates for medical devices using wire cutting.

Ideal for medical device implant processing! For separation from support materials.

In the medical device industry, the removal of support materials from complex-shaped metal additive manufactured parts is a significant challenge in the production of high-precision implant components. Particularly for parts made from biocompatible materials or high-hardness materials, it is essential to balance quality maintenance during processing with cost efficiency. Improper removal of support materials can lead to damage or reduced accuracy of the parts, potentially affecting the reliability of the products. The STG wire-cut electrical discharge machine can precisely separate the support materials from parts manufactured by metal 3D printers without compromising the quality of the components. 【Application Scenarios】 - Removal of support materials from implant components - Cutting of high-hardness materials - Processing of complex-shaped parts 【Benefits of Implementation】 - Maintenance of part quality - Compatibility with high-hardness materials - Reduction of processing costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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Wire cutting of metal 3D printed layers for marine development.

Wire cutting of metal 3D printed layers for marine development.

For the manufacturing of durable parts. For the removal of support material from metal 3D printer laminates.

In the field of ocean development, the reliability of components used in harsh environments is essential. Particularly for corrosion-resistant parts exposed to seawater and corrosive substances, precise processing that maximizes the material properties while maintaining the quality of the components is crucial. Inadequate removal of support materials can lead to a decline in component performance or premature deterioration. The STG wire-cut electrical discharge machine is capable of cutting high-hardness materials and reliably removes support materials while maintaining the quality of the components. ## Application Scenarios - Removal of support materials from 3D printed metal parts requiring corrosion resistance - Manufacturing of marine structures and ship-related components - Processing of precision parts using high-hardness materials ## Benefits of Implementation - Reliable removal of support materials without compromising component quality - Stable processing even with high-hardness materials - Increased productivity through unmanned processing - Low initial and running costs

  • Electric discharge machine
  • Other machine tools
  • Wire cutting

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Polygonal mirror finish wire cutting process for semiconductor masks

Polygonal mirror finish wire cutting process for semiconductor masks

High-precision mirror finishing of complex shapes of semiconductor masks using wire cutting.

In the semiconductor industry, high precision and surface quality are required for mask fine processing. In particular, masks with complex shapes such as polygons may be difficult to handle with polishing processes. Inappropriate processing can lead to reduced yield and performance degradation of the products. Our wire-cut processing not only achieves mirror finishing on the outer surfaces of polygons but also on the inner surfaces, ensuring high precision in processing. With years of experience and know-how, we achieve beautiful processed surfaces without adding a polishing step, leading to process reduction and cost benefits. [Application Scenarios] - Manufacturing of semiconductor masks - Precision machining of complex-shaped components [Effects of Implementation] - Improved product quality through high-precision mirror finishing - Cost benefits from process reduction - Enhanced capability to handle complex shapes

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  • Processing Contract
  • Wire cutting

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Wire cutting processing with polygonal mirror finish for aerospace components.

Wire cutting processing with polygonal mirror finish for aerospace components.

Achieving complex shape mirror finishing of aerospace components with wire cutting!

In the aerospace industry, the quality and precision of parts influence safety and performance. In particular, achieving a mirror finish on parts with complex shapes, such as polygons, requires advanced technology. When polishing processes are difficult to implement, it can lead to variations in quality and increased costs. Our wire cutting process not only achieves high-precision mirror finishes on the outer surfaces of polygons but also on the inner surfaces, contributing to the improvement of aerospace component quality. [Application Scenarios] * Aircraft engine parts * Structural components of satellites * Housing parts for precision instruments [Benefits of Implementation] * Cost advantages from reduced polishing processes * Improved component performance due to high-quality mirror finishes * Increased design flexibility by accommodating complex shapes

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  • Processing Contract
  • Wire cutting

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Polygonal mirror finish wire cutting processing for electronic device enclosures.

Polygonal mirror finish wire cutting processing for electronic device enclosures.

The complex-shaped mirror finish that I had given up on has been realized through wire cutting processing!

In electronic device enclosures, complex shapes and beautiful surface finishes are required to balance design and functionality. In particular, for polygonal enclosures, achieving a mirror finish can be challenging with polishing processes. In response to this challenge, our wire-cutting technology enables mirror finishing not only on the outer surfaces of polygons but also on the inner surfaces, enhancing the aesthetic quality of the enclosure. [Application Scenarios] - Polygonal enclosures - Enclosures for electronic devices - Products that prioritize design [Benefits of Implementation] - Increased product value through beautiful mirror finishes - Cost advantages from reduced polishing processes - Enhanced design flexibility by accommodating complex shapes

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  • Processing Contract
  • Wire cutting

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