スピーディーターゲットグループ Product Lineup

Wire cut electrical discharge machining is a method of processing materials by utilizing the discharge phenomenon between the electrode and the workpiece. It allows for precise machining and is suitable for processing materials that cannot be effectively machined with conventional cutting tools, known as "non-cuttable" materials, by utilizing electrical conductivity. This article will provide a detailed explanation of the materials that can and cannot be processed using wire cut electrical discharge machining. *For detailed content of the article, please refer to the catalog and related links. For more information, feel free to contact us.*

What kind of machining method is wire cut electrical discharge machining? Wire cut electrical discharge machining is a type of electrical discharge machining, such as fine hole discharge machining and die-sinking discharge machining. It is a non-contact machining method used for cutting metals and other conductive materials. This article will explain the basic machining methods of wire cut electrical discharge machining. *For detailed content of the article, please refer to the catalog and related links. For more information, feel free to contact us.*

Our wire cut electrical discharge machining (EDM) machine features a "user-friendly experience" and "simple functionality" suitable for medium precision machining, making it popular among a wide range of customers, including metal processing factories. This product is recommended for those who want to introduce machining equipment at a lower cost for processing thick metals, hard metals, difficult-to-cut materials, and small-lot, diverse processing. 【Features】 ■ Wire electrodes can be reused without disposal ■ No need for processing fluid filters ■ No need for ion exchange resins ■ Consumables like power supply blocks are inexpensive ■ The operation screen supports Japanese display ★ We are continuously accepting processing samples tailored to your company's challenges. Please send us the materials you would like to cut and (if available) any drawing or CAD data. * If you would like processing samples or processing tests, please contact us.

Wire cut electrical discharge machining is a method of processing materials by utilizing discharge phenomena between an electrode and a workpiece. It allows for precise machining and is suitable for processing that cannot be effectively done with conventional cutting tools, known as "non-cuttable" processing, due to its use of electrical conductivity. This article briefly explains the characteristics and differences of wire cut electrical discharge machining based on the wire used. *For detailed information, please refer to the catalog and related links. Feel free to contact us for more details.*

We would like to introduce the features of the molybdenum wire cut electrical discharge machining (EDM) machine that we handle. This machining machine is characterized by its low cost, high speed, and medium precision (0.03mm), offering a "user-friendly experience" and "simple functionality." Additionally, it has excellent cost-effectiveness with medium precision and easy functionality, making it a strong ally in Japanese machining sites if the application is suitable. We will handle everything from quality control to support. [Features] ■ Suitable for cost reduction in medium precision machining ■ We provide total support from product development to quality control and support *For more details, please refer to the related links or feel free to contact us.

Our company's "Wire Cut Electric Discharge Machining Contour Machine" is a wire cut electric discharge machining machine that utilizes molybdenum wire for repeated use, pursuing cost benefits. 《Do you have these concerns?》 ◇ Struggling with machining hard metals ◇ High machining costs ◇ Want to separate metal layers from 3D printing ◇ Having trouble with small-batch, diverse processing ◇ Want to use it easily for quality inspection and material analysis It features "affordable usability" and "simple functionality" with medium precision. It is used by a wide range of customers, regardless of industry, business type, or scale, from metal processing manufacturers to academic institutions. 【Features】 ■ Wire electrodes are reusable ■ Wire lifespan: up to approximately 100 hours ■ No ion exchange resin required ■ Consumables like power supply blocks are very inexpensive ■ Data reading via G-code and CAD data (DFX) ■ Operation screen in Japanese *For more details, please download the PDF or feel free to contact us.

Wire cut electrical discharge machining is a method of processing materials by utilizing the discharge phenomenon between the electrode and the workpiece. It allows for precise machining and is suitable for processing materials that cannot be effectively machined with conventional cutting tools, known as "non-cuttable" materials, by using electrical conductivity. This article briefly explains the features of our wire cut electrical discharge machining. *For detailed information, please refer to the catalog and related links. For more details, feel free to contact us.*

This machine is positioned between wire-cut electric discharge machines and contouring machines. It features a medium precision with a "user-friendly feel" and "simple functionality." It is used by a wide range of customers, regardless of industry, business type, or size, from the metal processing manufacturing industry to academic institutions. We will be exhibiting our wire-cut electric discharge contouring machine at "MEX Kanazawa 2025," which will be held from May 15 (Thursday) to 17 (Saturday) at the Ishikawa Industrial Exhibition Hall. We invite everyone to come and visit us.

Our wire cut electrical discharge machining contouring machine is a machine that sits between a wire cut electrical discharge machine and a contouring machine. It features mid-level precision with a "user-friendly experience" and "simple functionality." This machine is used by a wide range of customers, regardless of industry, business type, or scale, from the metal processing manufacturing industry to academic institutions. At the "MEX Kanazawa 2025" held at the Ishikawa Prefectural Industrial Exhibition Hall, we had many visitors who showed interest in our machine.

This machine is positioned between wire-cut electric discharge machines and contouring machines. It features a medium precision with a "user-friendly experience" and "simple functionality." It is a machine used by a wide range of customers, regardless of industry, business type, or scale, from the metal processing manufacturing industry to academic institutions. We will be exhibiting our wire-cut electric discharge machining contouring machine at AXIA EXPO 2025, which will be held from June 4 (Wednesday) to June 6 (Friday) at Aichi Sky Expo Hall C/D [Aichi Prefectural International Exhibition Center]. We are also distributing invitation tickets, so please feel free to contact us.

3D printing technology is gradually being used in manufacturing sites. Not only resin layering but also the high-barrier image of metal layering is being utilized in various fields using 3D printers. One of the associated tasks is the separation from the base plate, which supports the printed part. A challenge in the process of separating from the support material is how to detach the printed metal parts from the support material. This separation work is necessary for utilizing the final product. Challenges: - Using cutting tools can be difficult, and depending on the hardness, it may bend and damage the printed object. - Since it is merely an auxiliary equipment for 3D printers, we do not want to incur high costs. - Considering the frequency of 3D printed objects being produced, the equipment is not used frequently. To address these challenges, many customers utilize STG (Speedy Target Group) wire-cut electrical discharge machines, and we often receive inquiries and samples. *For detailed content of the article, please refer to the catalog and related links. For more information, feel free to contact us.

We would like to introduce a case study that addresses the challenges of machining thick materials with height using our "Wire Cut Electric Discharge Machining Contamination Machine." In the cutting of thick materials, we received a request to find a machining method that is cost-effective and to resolve issues such as rough surfaces when cutting with tools. As a solution, we proposed our product, which is priced to be easily integrated as auxiliary equipment, and the simple operability met the necessary requirements for precision and surface roughness, resulting in customer satisfaction. Additionally, we have included machining examples from two companies in the published catalog. [Case Overview (Partial)] ■ Challenges - Cutting with tools results in rough surfaces - Desire to improve cost-effectiveness - Interest in unmanned machining ■ Proposed Solution: Molybdenum Wire Cut Electric Discharge Machining Contamination Machine *For more details, please refer to the PDF materials or feel free to contact us.

Our wire cut electrical discharge machining (EDM) machine features a "user-friendly experience" and "simple functionality" suitable for medium precision machining, making it popular among a wide range of customers, including metal processing factories. This product is recommended for those who want to introduce machining equipment at a lower cost for processing thick metals, hard metals, difficult-to-cut materials, and small-batch, varied production. 【Features】 ■ Wire electrodes can be reused without disposal ■ No need for processing fluid filters ■ No need for ion exchange resins ■ Consumables like power supply blocks are inexpensive ■ The operation screen supports Japanese display ★ We are currently offering a set of case studies Vol. 1 and 2 that introduce problem-solving examples and machining cases. Additionally, we can accommodate free machining tests. ★ We will exhibit this product at "JIMTOF2024 (the 32nd Japan International Machine Tool Fair)" held at Tokyo Big Sight from November 5 (Tuesday) to November 10 (Sunday). Our booth number is "E3006."

●Features of the STG Wire Cut Electric Discharge Machine The STG wire cut electric discharge machine is suitable for medium precision cutting of metal parts. Its structure allows for the repeated use of molybdenum wire, providing excellent cost-effectiveness and a user-friendly experience for processing.

This machine is positioned between wire-cut electric discharge machines and contouring machines. It features a medium precision "affordable usability" and "simple functionality." It is used by a wide range of customers, regardless of industry, business type, or scale, from the metal processing manufacturing industry to academic institutions. We will be exhibiting our wire-cut electric discharge processing contouring machine at "JIMTOF2024 (the 32nd Japan International Machine Tool Fair)" held at Tokyo Big Sight from November 5 (Tuesday) to November 10 (Sunday), 2024. We are also distributing invitation tickets, so please feel free to contact us. *Please note that there is a limited quantity available, and each person is allowed one ticket, which will be distributed until the planned number is reached.

We would like to introduce a case study of solving challenges in layered cutting processing that reduces machining man-hours for metal plates using our "Wire Cut Electric Discharge Machining Contamination Machine." In processing plates, we faced the following challenges: Challenges: - Simple when done individually, but we want to reduce man-hours. - Components that require mass production. - We want to improve costs and productivity through automation. Therefore, we proposed our product, and with its simple operability, we achieved sufficient accuracy and surface roughness, leading to customer satisfaction. Additionally, we have included processing examples from two companies in the catalog. *For more details, please refer to the PDF materials or feel free to contact us.

3D printing technology is gradually being used in manufacturing sites. Not only resin layering but also the high-barrier image of metal layering is being utilized in various fields using 3D printers. One of the ancillary tasks is the separation from the base plate, which supports the printed part. A challenge in the separation process from the support material is how to detach the printed metal parts from the support material. This separation work is necessary for utilizing the final product. Challenges: - Using cutting tools can be difficult, and depending on the hardness, it may bend and damage the printed object. - Since it is merely an ancillary equipment for 3D printers, we do not want to incur high costs. - Considering the frequency of 3D printed objects being produced, the equipment is not used frequently. To address these challenges, many customers utilize STG (Speedy Target Group) wire-cut electrical discharge machines, and we often receive inquiries and samples. *For detailed content of the article, please refer to the catalog and related links. For more information, feel free to contact us.

We would like to introduce a case study of solving challenges in layered cutting processing that reduces machining man-hours for metal plates using our "Wire Cut Electric Discharge Machining Contamination Machine." In processing plates, we faced the following challenges: Challenges: - Simple when done individually, but we want to reduce man-hours - Components requiring mass production - We want to improve costs and productivity through automation Therefore, we proposed our product, and the simple operability met the necessary requirements for precision and surface roughness, leading to customer satisfaction. Additionally, we have also introduced processing examples from two companies in the catalog. *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce processing examples using our molybdenum wire-cut electrical discharge machining. For metal 3D printed objects, we can accommodate various materials and shapes of metal laminations, such as Inconel and aluminum. Additionally, in the case of cutting ball bearing outer races, we can perform precise cutting of high-hardness materials, and we can also conduct inspections in a hardened state and manufacture half-split parts. Furthermore, it can be used for cutting inspections of casting quality and hardening depth. 【Processing Examples】 ■ Metal 3D Printed Objects ■ Ball Bearing ■ Cast Iron *For more details, please refer to the related links or feel free to contact us.

In the aerospace industry, precise machining of components is essential to ensure product safety and reliability. Particularly for parts that require high precision, such as aircraft engine components and control systems, precise machining accuracy and the ability to work with a variety of metal materials are crucial. Improper machining can lead to a decline in component performance and, in the worst case, result in accidents. Our wire-cut electrical discharge machining (EDM) machine features a "user-friendly experience" and "simple functions" suitable for medium precision machining, meeting the needs for precision component machining in the aerospace sector. 【Application Scenarios】 - Machining of aircraft engine components - Machining of aircraft control system parts - Machining of spacecraft components - Quality inspection 【Benefits of Implementation】 - Improved component accuracy through high-precision machining - Compatibility with a variety of metal materials - Cost reduction leading to more efficient development expenses

In the field of research and development, precise metal processing is required for the production of prototypes. Particularly in the research of new materials and the creation of complex-shaped parts, high accuracy is essential. Improper processing may compromise the reliability of experimental results. Our wire-cut electric discharge machining (EDM) machine features a "user-friendly experience" and "simple functions" suitable for medium-precision processing, meeting the needs of metal processing in research and development. 【Application Scenarios】 - Production of prototypes - Processing of precision parts - Research and development of new materials - Quality inspection 【Effects of Implementation】 - Improved experimental accuracy through high-precision processing - Compatibility with various metal materials - Cost reduction leading to more efficient research and development expenses

In the medical device industry, there is a trend towards miniaturization and high precision of products, making microfabrication technology essential. In particular, high precision and diverse processing capabilities are required for precision components such as implants and surgical instruments. Improper processing can compromise the functionality and safety of products. Our wire-cut electrical discharge machining (EDM) machine features a "user-friendly experience" and "simple functions" suitable for medium precision processing, meeting the needs for microfabrication in medical device development. 【Application Scenarios】 - Processing of implant components - Manufacturing of surgical instruments - Prototyping of micro components - Quality inspection 【Benefits of Implementation】 - Improved product accuracy through high-precision processing - Compatibility with a variety of metal materials - Cost reduction leading to more efficient development expenses

In the field of research and development, precise metal processing is required for the production of prototypes. Particularly in the study of new materials and the creation of complex-shaped parts, high accuracy is crucial. Inappropriate processing may compromise the reliability of experimental results. Our wire-cut electric discharge machining machine features a "user-friendly experience" and "simple functions" suitable for medium-precision processing, meeting the needs of metal processing in research and development. 【Usage Scenarios】 - Production of prototypes - Processing of precision parts - Research and development of new materials - Quality inspection 【Benefits of Implementation】 - Improved experimental accuracy through high-precision processing - Compatibility with a variety of metal materials - Cost reduction leading to more efficient research and development expenses

In the aerospace industry, precise machining of components is required to enhance product reliability. Especially for parts used in harsh environments, high precision is essential for maintaining product performance. Improper machining can lead to component failure or performance degradation. Our wire-cut electrical discharge machining (EDM) machine features "affordable usability" and "simple functionality," making it suitable for medium-precision machining and meeting the needs of metal processing in the aerospace sector. 【Application Scenarios】 - Prototype production - Precision component machining - Research and development of new materials - Quality inspection 【Benefits of Implementation】 - Improved product accuracy through high-precision machining - Compatibility with a variety of metal materials - Cost reduction leading to more efficient development expenses

In the medical device industry, there is a trend towards miniaturization and high precision of products, and the use of 3D printers is not uncommon. Particularly for products related to human safety, such as implants and surgical instruments, high processing precision and reliability are required. Inappropriate processing can lead to product malfunctions and risks to patients. Our wire-cut electric discharge machining (EDM) machine features a "user-friendly experience" and "simple functionality" suitable for medium precision processing, meeting the needs for fine machining in medical device manufacturing. 【Application Scenarios】 - Production of medical implants - Precision machining of surgical instruments - Prototyping of fine parts - Quality inspection 【Benefits of Implementation】 - Improved product quality through high-precision processing - Compatibility with a variety of metal materials - Cost reduction leading to more efficient development expenses

In the electronic components industry, the miniaturization of products is advancing, and the processing of precise metal parts is in demand. Particularly when complex shapes or fine processing are required, high precision and cost efficiency become crucial. Our wire-cut electric discharge machining (EDM) machine specializes in medium precision processing, providing an affordable user experience and simple functionality to support problem-solving in the manufacturing of electronic components. 【Usage Scenarios】 - Precision processing of small electronic components - Production of prototype parts - Processing of small quantities of various parts 【Benefits of Implementation】 - Improved product quality through high-precision processing - Cost reduction - Short delivery times

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

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

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

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

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

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

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

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

In the automotive industry, mold manufacturing requires the processing of complex shapes and high-hardness materials, making cost control and quality maintenance important challenges. In particular, the precision of molds directly affects the quality of the final products, so reliable processing technology is essential. Our "Wire Cut Electrical Discharge Machining Contour Machine" contributes to cost reduction through its design that allows for the repeated use of wire electrodes and eliminates the need for a processing fluid filter, while also accommodating difficult-to-machine materials and thick workpieces, thus meeting the diverse needs of automotive mold manufacturing. 【Usage Scenarios】 - Manufacturing molds for automotive parts - Prototype mold manufacturing - Small-batch, varied mold manufacturing - Mold processing for high-hardness materials 【Benefits of Implementation】 - Reduced processing costs through the repeated use of wire electrodes - Savings in the hassle and cost of filter replacement - Capability to process difficult-to-machine materials and thick materials - Easy operability due to simple functionality

In the aerospace field, precise machining of lightweight and high-strength materials is required. Particularly in the processing of complex shapes and thick materials, achieving high precision while controlling processing costs is a significant challenge. Additionally, the introduction of easy-to-use processing equipment for the separation of metal parts produced by 3D printers, as well as for quality inspection and material analysis, is also being considered. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by offering cost advantages through the repeated use of wire electrodes, along with mid-level precision, "affordable usability," and "simple functionality." 【Application Scenarios】 - Cutting and processing of precision parts for aerospace - Machining of difficult-to-cut materials and thick materials - Separation of metal parts produced by 3D printers - Processing in low-volume, high-variety production 【Benefits of Implementation】 - Reduction of processing costs through the repeated use of wire electrodes - Reduced maintenance effort without the need for ion exchange resin - Ease of data loading through compatibility with G-code and CAD data (DFX) - Intuitive operability with a Japanese language interface

In the medical device industry, particularly in implant manufacturing, precise processing of biocompatible metal materials is required. When manufacturing parts with fine and complex shapes, such as implants, the hardness and thickness of the materials, as well as processing costs, become significant challenges. Additionally, there is an increasing need for processing machines that can accommodate various requirements, such as separating metal additive manufacturing parts and producing jigs for quality inspection and material analysis. Our "Wire Cut Electric Discharge Machining Contour Machine" contributes to addressing these challenges by offering cost advantages through the repeated use of wire electrodes and the capability to handle difficult-to-machine materials and thick workpieces. 【Application Scenarios】 - Precision processing of implant parts - Separation of metal additive manufacturing parts - Production of jigs for quality inspection - Sample processing for material analysis 【Benefits of Implementation】 - Reduction of processing costs through the repeated use of wire electrodes - Capability to process difficult-to-machine materials and thick materials - Flexible response to small-batch, varied production - Lowering of the entry barrier due to easy operability

In the semiconductor manufacturing equipment industry, the production of precise jigs requires high dimensional accuracy and the ability to accommodate complex shapes. In particular, jigs for handling fine parts may face challenges related to material hardness and processing costs. Additionally, new processing needs are emerging, such as the separation of metal parts produced by 3D printers. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by offering cost advantages and ease of use through a design that allows for the repeated use of wire electrodes and eliminates the need for processing fluid filters. 【Application Scenarios】 - Production of jigs for semiconductor manufacturing equipment - Processing of difficult-to-cut materials and thick materials - Separation of metal parts produced by 3D printers - Production of small quantities of various jigs 【Benefits of Implementation】 - Reduction in processing costs through the repeated use of wire electrodes - Lower running costs due to the elimination of processing fluid filters - Affordable usability and simple functionality at medium precision - Data reading compatible with G-code and CAD data (DFX)

In the mold manufacturing industry, particularly in punch processing, high precision and efficient machining are required. When dealing with complex shapes and high-hardness materials, issues such as increased processing costs and longer machining times can arise. Additionally, in the case of prototypes and small-batch production, flexible responses and cost management are emphasized. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by offering cost advantages through the repeated use of wire electrodes and contributing to improved productivity and cost reduction for our customers with its moderately precise yet simple functionality. 【Usage Scenarios】 - Processing punches made from hard metal materials - Cutting punches with complex shapes - Punch processing for prototypes and small-batch production - Situations where cost control in processing is necessary 【Benefits of Implementation】 - Reduction in processing costs through the reuse of wire electrodes - Lower running costs as ion exchange resin filters are not required - Ease of operation due to simple usability - Capability to process difficult-to-cut materials and thick materials

In the press processing industry, particularly in die manufacturing, high precision and efficient processing are required. When machining hard materials or complex-shaped dies, tool wear and processing costs can become challenges. Additionally, new needs are emerging, such as responding to small-batch, diverse production and separating metal additive parts produced by 3D printers. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by offering cost advantages through the repeated use of wire electrodes and suitability for machining difficult materials and thick workpieces. 【Usage Scenarios】 - Machining of press molds (dies) - Machining of hard metals and thick metals - Production of small-batch, diverse molds - Separation of metal parts produced by 3D printers 【Benefits of Implementation】 - Reduction in processing costs through the repeated use of wire electrodes - Stable processing capabilities even for difficult materials and thick workpieces - Easy operability due to simple functionality - Reduced running costs without the need for ion exchange resins

In the injection molding industry, the precise machining of mold cores directly impacts product quality. Particularly in the processing of complex shapes and hard materials, high precision and cost control are required. Traditional machining methods can present challenges such as excessive time and costs, or difficulties in machining hard-to-cut materials. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by enabling the repeated use of wire electrodes and eliminating the need for machining fluid filters, thus achieving cost advantages and efficient processing. 【Application Scenarios】 - Precision machining of injection molding mold cores - Machining of hard materials - Processing of complex shapes and thick materials - Production of small quantities of diverse cores - Separation of metal parts produced by 3D printers 【Benefits of Implementation】 - Reduction of machining costs through the repeated use of wire electrodes - Lower running costs due to the elimination of machining fluid filters - Capability to machine hard metals and difficult-to-cut materials - Improved work efficiency through data reading from G-code or CAD data (DXF) - Intuitive operation possible with a Japanese language interface

In the processing of cutting tool edges, there is a demand for addressing material hardness, complex shapes, and controlling processing costs. Particularly in the shaping of cutting edges using high-hardness materials and special alloys, conventional cutting processes have limitations that can affect processing accuracy and tool life. Additionally, in low-volume, high-variety production, ease of setup changes and cost-effective processing methods are essential. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by providing cost advantages through the repeated use of wire electrodes and the capability to handle difficult-to-cut materials and thick workpieces, meeting our customers' needs in edge processing. 【Application Scenarios】 - Shaping of cutting edges for high-hardness materials - Processing of cutting edges with complex shapes - Production of cutting edges in low volumes and high variety - Separation of metal cutting edges produced by 3D printers 【Benefits of Implementation】 - Reduction of processing costs - Improved capability to handle difficult-to-cut materials - Adaptability to diverse cutting edge shapes - Easy utilization for quality inspection and material analysis

In the watch and jewelry industry, there is a demand for high-precision processing of delicate designs and complex-shaped parts. Particularly in the fine processing of precious metals and hard materials, issues such as tool wear and the maintenance of processing accuracy can arise. Additionally, in the production of one-of-a-kind items or small quantities of diverse products, controlling processing costs is also emphasized. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges by enabling the repeated use of wire electrodes and reducing the cost of consumables, thereby achieving high-quality fine processing. 【Application Scenarios】 - Fine cutting and shaping of precious metals and special alloys - Manufacturing of complex design jewelry parts - Cost-effective processing in small quantity and diverse production - Precision processing of prototypes and one-of-a-kind items 【Benefits of Implementation】 - Reduction of processing costs through the reuse of wire electrodes - Lower running costs without the need for ion exchange resins - Capability for fine processing with stable accuracy - Easy operability with a Japanese-language compatible interface

In the field of research and development, the production of prototypes to realize new ideas requires the ability to work with diverse materials and shapes, as well as rapid and cost-effective processing. In particular, the processing of complex shapes and difficult-to-machine materials is a crucial factor that affects the feasibility of prototypes. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these challenges with a design that eliminates the need for reusable wire electrodes and processing liquid filters, thereby supporting the efficiency of prototype development. 【Usage Scenarios】 - Production of prototypes for evaluating the physical properties of new materials - Processing of prototypes with complex shapes - Development of small quantities of various prototypes - Cutting out metal parts shaped by 3D printers 【Benefits of Implementation】 - Reduction of processing costs in prototype production - Improved capability to handle diverse materials and shapes - Shortened development cycles - Easy preparation of samples for quality inspection and material analysis

In the optical equipment industry, particularly in the manufacturing of lens molds, precise shape reproducibility and the utilization of material properties are essential. For lens molds with fine irregularities and complex curved surfaces, high dimensional accuracy and smooth surface finishing directly impact product performance. Traditional processing methods may face challenges related to material hardness and processing costs. Our "Wire Cut Electric Discharge Machining Contour Machine" addresses these issues by providing cost advantages through the repeated use of wire electrodes and simple functionality, supporting the precise machining of lens molds. 【Application Scenarios】 - Precise shape processing of lens molds - Machining of difficult-to-cut materials for lens mold materials - Small-batch, varied lens mold manufacturing - Cutting out metal lens molds created with 3D printers 【Benefits of Implementation】 - Reduction in processing costs through the repeated use of wire electrodes - Lower running costs without the need for ion exchange resins - Inexpensive consumables such as power supply blocks - Easy operability with a Japanese language interface