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★The first 20 applicants will receive a 3D printed sample made with our equipment! Please apply through the contact information below. Application period: June 13, 2022 – July 10, 2022. Our company specializes in various metal 3D printing using metal 3D printers from China's ZRapid company. We can process not only aluminum and stainless steel but also precipitation-hardened nickel alloys that have heat resistance up to 700°C and corrosion resistance. Even metals generally considered difficult to machine can be precisely processed into parts using 3D printing. The dimensional accuracy of metal printing using the SLM method is ±0.1mm. We also have a record of achieving ±0.03mm, and we publish measurement data. 【Features】 ■ Capable of processing metals that are difficult to machine due to high-temperature strength and other characteristics ■ Capable of precise and complex part machining ■ Dimensional accuracy of ±0.1mm (catalog value of the equipment) ■ Production possible from one piece, suitable for small-lot, diverse prototypes ■ Short lead time production possible without the need for molds *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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In this document, we will introduce six key points to consider when introducing a 3D printer, starting with the "shape and size of the target parts." 【Recommended for the following individuals】 ◆ Those who are hesitant to consider the introduction of metal 3D printers due to high costs ◆ Those who want to try it but are unsure about its usability 【Contents (partial)】 (1) Shape and size of the target parts (2) About materials (3) Utilizing contract manufacturing services (4) About peripheral equipment We also offer contract manufacturing services, supporting the realization of metal 3D printer utilization while addressing our customers' challenges and requests. *Currently offering a free gift of "Six Key Points to Consider When Introducing Metal 3D Printers"! Click "PDF Download" to obtain it.

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I would like to introduce a case where a associate professor from a national research institution conducting research on electromagnetic waves consulted about the need for a waveguide to accurately and evenly transmit fine electromagnetic waves. To achieve a high-performance waveguide, we gathered information on the appropriate shape and proposed a design suitable for 3D printing. We implemented three different methods for surface treatment of the internal flow path. As a result, we realized the desired shape and advanced the research with three types of waveguides featuring different surface treatments. Following the research results, a request for a new prototype was made. 【Case Overview (Partial)】 ■ Issue - A waveguide (a metal pipe that transmits electromagnetic waves) is needed to accurately and evenly transmit fine electromagnetic waves. ■ Requests - We want to achieve a complex structure. - We would like to request 3D data design as well. - We want to manufacture a high-performance waveguide. *For more detailed information about the case, please refer to the related link. For further inquiries, feel free to contact us.

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We would like to introduce a case study from a company aiming to apply ultra-lightweight materials in space and aviation. To expand applications, a technology for shaping materials into free forms is necessary, with requests such as "I want to create molds in a short time and at low cost" and "I would like to consult about molds with special shapes." By proposing materials that consider thermal conductivity and suitable thinness for strength, we were able to complete prototype molds that matched the desired shape, cost, and delivery time. 【Case Overview (Partial)】 ■Challenges - A technology for shaping materials into free forms is necessary to expand applications. ■Requests - I want to create molds in a short time and at low cost. - I would like to consult about molds with special shapes. - I want to create ultra-lightweight structural materials in various shapes. *For more detailed information about the case, please refer to the related links. For further inquiries, feel free to contact us.

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We would like to introduce a case study from a creator at a CG production company. The challenge was to create a replica of a national treasure tea bowl that could be animated in high-definition CG for use in a television program. To achieve the same weight without affecting the appearance, we proposed various processing methods for lightweight shapes, as well as to replicate the color and texture, resulting in a replica that exceeded expectations. [Case Overview (Partial)] ■Challenge - We want to create a replica of a national treasure tea bowl. ■Requirements - A resin replica cannot achieve the desired heaviness; we want to produce it in metal. - We want it to have the same weight as the original for realism. - We want to express patterns similar to those of the original. *For more detailed information about the case, please refer to the related links. Feel free to contact us for more details.

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I would like to introduce a case study from a private science and engineering university laboratory specializing in building materials. The issue is the need for an innovative shape of rebar to be embedded in concrete to improve the durability of buildings. As a result of proposing multiple fabrication methods using different materials and conducting preliminary verification with test specimens, we were able to achieve beneficial results in this unprecedented research and are currently writing a paper for publication. [Case Overview (Partial)] ■Issue - An innovative shape of rebar to be embedded in concrete is needed. ■Request - Preliminary experiments with the fabricated products from the resin 3D printer we possess have been completed, and we would like to manufacture three types of rebar for this experiment. - We would like to know the know-how, including secondary processing for finishing. *Details of the case can be viewed through the related links. For more information, please feel free to contact us.

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We would like to introduce a case study from the System Design Laboratory at Osaka Institute of Technology. The issue was that in order to conduct a heat resistance comparison experiment with existing carbon propellers, an aluminum drone propeller of the same shape was needed. By utilizing a 3D scanner to scan the existing product, we obtained data and processed and modified it into a format suitable for 3D printing. As a result, we were able to conduct heat resistance flight experiments in high-temperature environments. [Case Overview (Partial)] ■ Issue - An aluminum drone propeller of the same shape is needed to conduct a heat resistance comparison experiment with existing carbon propellers. ■ Requests - We want to complete the trial run before the experiment. - Since we cannot obtain dimensional information or drawings of the existing product, we want to create it from the actual item. - We would like to use the final 3D data for analysis after the experiment. *For more details about the case, please refer to the related links. For further inquiries, please feel free to contact us.

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We would like to introduce a case in which we received a consultation from a specialized medical institution for artificial dialysis regarding the prototype of a special injection needle. The challenge was to create a suitable shape for an injection needle that would allow dialysis patients, who use thicker needles than usual, to reduce their burden by inserting the needle into the blood vessel through the same puncture site each time. By repeatedly conducting shaping, processing, verification, and feedback, we were able to clarify the issues for practical application. [Case Overview (Partial)] ■Challenge - We want to prototype an injection needle that can further minimize pain in the almost painless buttonhole puncture method. ■Requirements - We want to shape a needle with a special design. - We want the surface to be as smooth as possible. - We want to maintain durability even in the thin part of the tip. *For more detailed information about the case, please refer to the related link. For further inquiries, feel free to contact us.

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We would like to introduce a case where we received a consultation from the Zama City Community Development Department regarding the production of the city's character trophy. In response to requests such as "We want to make it out of metal" and "We want to embellish it in gold," we hollowed out the interior to achieve weight reduction, shorten delivery time, and reduce costs. As a result, a trophy that reproduces the character's image while maintaining a sense of luxury and texture was completed, and the event was a success. [Case Overview (Partial)] ■ Challenge - We want to produce a city character trophy as a commemorative gift for an exchange event with sports athletes from Zama City. ■ Requests - We want to have it ready in time for the event in one month. - We want to make it out of metal to give it a sense of heaviness. - We want to embellish it in gold to express a sense of luxury. *For more details about the case, you can view it through the related links. Please feel free to contact us for more information.

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We would like to introduce a case study from a production technology representative of a high-performance rubber parts manufacturer. The challenge was to shorten the prototype period for new orders and improve the order rate, with requests such as "wanting to maintain durability while reducing costs." To reduce costs, we proposed changes in shape and materials, resulting in an outcome beyond expectations, with favorable test results. 【Case Overview (Partial)】 ■Challenge - Shorten the prototype period for new orders and improve the order rate ■Requests - Manufacture a variety of molds in a short delivery time - Maintain durability while reducing costs - Switch from outsourcing mold production to in-house management *For more detailed information about the case, please refer to the related links. Feel free to contact us for more details.

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We would like to introduce a case study from a sales representative involved in the planning, development, and sales of packaging machinery and systems. A malfunction occurred in the equipment operating at a production facility overseas, necessitating replacement parts, and they requested delivery in a state ready for immediate replacement on-site. By simultaneously producing two types of samples and optimizing the processing steps for efficiency in secondary processing, we were able to deliver in the shortest possible time and successfully resume operations. [Case Overview (Partial)] ■ Issues - A malfunction occurred in the operating equipment, requiring replacement parts. ■ Requests - Desired delivery in a state ready for immediate replacement on-site. - Would like a total solution including secondary processing. *For more detailed information about the case, please refer to the related links. Feel free to contact us for more details.

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I would like to introduce a case where an associate professor from a national research institute conducting research on electromagnetic waves consulted us about the need for a waveguide to accurately and evenly transmit fine electromagnetic waves. There was a request to "increase the size and change the shape from the previous prototype," and we verified the optimization of the internal cavity through preliminary prototyping. We also addressed surface treatment by implementing chemical polishing based on the results from the previous iteration. As a result, we were able to achieve the desired size and shape, and we were able to manufacture additional components within the budget. [Case Overview (Partial)] ■ Issue - A waveguide (a metal pipe that transmits electromagnetic waves) is needed to accurately and evenly transmit fine electromagnetic waves. ■ Request - To increase the size and change the shape from the previous prototype. *For more detailed information about the case, please refer to the related links. Feel free to contact us for more details.

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I would like to introduce a case where an associate professor from a national research institute conducting research on electromagnetic waves consulted about the need for a waveguide to accurately and evenly transmit fine electromagnetic waves. In response to requests such as "I want to apply copper plating to the surface and internal flow path," we changed the material to aluminum and implemented electroless nickel plating and electroless copper plating. As a result, the primary goal of successfully applying copper plating to the interior was achieved, allowing the research to advance, and it was decided to challenge changing the metal material and shape for the next iteration. [Case Overview (Partial)] ■ Issue - A waveguide (a metal pipe that transmits electromagnetic waves) is needed to accurately and evenly transmit fine electromagnetic waves. ■ Requests - I want to change the material to high heat-resistant stainless steel. - I would like the size to be smaller. - I want to apply copper plating to the surface and internal flow path. *For more detailed information about the case, please refer to the related links. For further inquiries, please feel free to contact us.

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We spoke with the person in charge who was involved in the introduction of the large metal 3D printer "iSLM420DN" and a series of associated equipment. There was a fundamental awareness that growth would be difficult to foresee with existing methods such as processing and assembly, and there was a desire to aim for "strong" manufacturing while exploring future possibilities. The focus turned to a new processing method called additive manufacturing technology. Initially, there was no knowledge or know-how regarding 3D printers, so we began by researching 3D printer manufacturers, user companies, and universities that study 3D modeling technology. *Details of the interview can be viewed through the related links. For more information, please feel free to contact us.*

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In dialysis treatment, the pain caused by punctures with needles as thick as a ballpoint pen is a significant issue, and efforts have been made for some time to achieve "pain-free punctures" through ongoing research. Although technology has advanced, there is still room to reduce pain, focusing on the shape of the injection needle. For several years, we have been exploring manufacturing methods to realize an unprecedented special shape for the injection needle. The conventional manufacturing methods did not yield the ideal shape, leading us to consider production with a 3D printer, and we were contacted by your company. We spoke with the person in charge to understand the background of this initiative and our company's response. *Details of the interview can be viewed through the related link. For more information, please feel free to contact us.*

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We would like to introduce our "3D Business Factory." Equipped with metal 3D printers and ancillary equipment from ZRapid, our experienced engineers handle design and modeling, and with the cooperation of partner companies who are processing professionals, we support everything up to the final finishing. Additionally, we are always accepting visits to see the equipment in operation. Please feel free to contact us when you need assistance. 【Flow of 3D Modeling】 1. Design 2. Preparation 3. Modeling 4. Post-processing *For more details, please download the PDF or feel free to contact us.

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Introducing SLM, which uses a laser as a heat source in the powder bed method, a mainstream technology in metal 3D printing. The powder bed method (PBF) involves irradiating a layer of metal powder with a beam of light, causing it to sinter through the generated heat. By repeatedly melting and solidifying layer by layer, it enables additive manufacturing. There are various manufacturing methods, but this one has a long history and is widely used. The powder bed method is divided into "Selective Laser Melting (SLM)" and "Electron Beam Melting (EBM)" based on the type of heat source used. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

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This time, we will introduce the "design" process within the flow of 3D modeling. To create a model using a 3D printer, 3D data is required. In general modeling services, it is assumed that the client provides the 3D data. However, even if you do not have 3D data, we can create data from 2D drawings and also generate data through 3D scanning. After creating the 3D data, we will examine the modeling posture and adjust dimensions according to secondary processing using 3D CAD software, and design the support. After that, we will create the slicing data using slicing software. *For more details on the column, you can view it through the related links. If you have any questions, please feel free to contact us.

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This time, we will introduce the "preparation" process in the flow of 3D modeling. In the SLM method, where a laser is irradiated onto a layer of metal powder to repeatedly melt and solidify, it is important to use high-quality metal powder. We handle five types of metal powder in our modeling services. We are also expanding our lineup through networks with ZRapid and partner companies for materials not available at 3D Factory. *For detailed content of the column, you can view it through the related links. Please feel free to contact us for more information.

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This time, we will introduce the "modeling" process within the flow of 3D printing. Once the 3D data design and preparation of materials and equipment are complete, the modeling can finally begin. We will also introduce the final confirmation work before operation. We check the sliced data read by the 3D printer and determine the layout of the products to be modeled on the substrate. By arranging them efficiently, it is possible to model many products at once. Once this work is completed, the final modeling time is confirmed. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.

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Metal powders have different characteristics depending on the manufacturing method. The properties of metal powders suitable for 3D printers are as follows: ■ High fluidity ■ High sphericity ■ Low oxygen content ■ No variation in particle size ■ Minimal presence of attachments known as satellites In the typical powder bed method of metal 3D printers, it is necessary to evenly spread the powder on the substrate, making high fluidity important. Additionally, it is crucial to minimize gas entrapment (including oxygen), as this can lead to the formation of cavities inside the finished product, affecting the overall quality. *For more details, please refer to the related links. Feel free to contact us for more information.*

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This time, we will introduce the "post-processing" stage in the flow of 3D modeling. After the modeling is complete, excess metal powder is removed, and the model is separated from the substrate. As a finishing touch, a blast treatment is applied. (Depending on the model, heat treatment may be performed before separating it from the substrate.) Excess metal powder on the substrate is collected using the attached suction nozzle. The collected metal powder is sent to the powder module for reuse. *For more detailed information, please refer to the related links. If you have any questions, feel free to contact us.

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Our 3D business factory is equipped with metal 3D printers and associated equipment from ZRapid. We will introduce the discharge cutting machine and other equipment used to separate the printed objects from the substrate. Discharge machining involves creating sparks by discharging between the workpiece and the electrode (machining machine), repeatedly melting, cooling, and dispersing the metal surface to process the metal. The discharge phenomenon is generated by applying voltage to the electrode, breaking the insulation in the gap between the two. As long as the material conducts electricity, it can be processed regardless of hardness, and since there is no physical contact between the workpiece and the machining machine, there is less burden, making it less likely for burrs on the cutting surface to occur. Complex shapes that cannot be achieved through cutting can be processed with high precision. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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We offer metal 3D printing services tailored to our customers' needs. ■ Consultations are available even for a single prototype. ■ Engineers with extensive experience provide support from 3D data creation to consulting. ■ We collaborate with partner companies that are experts in processing to handle everything up to the final finishing. The 3D printers we use employ the SLM method, which allows for high precision, intricate shapes, and high-density printing. Based on the captured slice data, a laser is projected onto a substrate covered with metal powder, and through the heat, sintering occurs, repeating the melting and solidifying process layer by layer to achieve additive manufacturing. *For more details, please refer to the related links. Feel free to contact us for more information.

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Founded in 2011 by Dr. Zhou Hongzhi, an authority in 3D modeling technology, the company provides total solutions ranging from hardware such as 3D printers to software and materials, including research and development, production and sales, and after-sales service. With the development and production capabilities supported by a vast research and development center and manufacturing facilities, the company continues to evolve as a global innovator in 3D modeling technology, rapidly increasing its worldwide reputation. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.*

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I visited the new office (showroom and development base) of ZRapid, which opened in December 2022. At the entrance of the showroom, there is a quote from Laozi, a philosopher from the Spring and Autumn period, which reflects the company's management philosophy: "Even a high platform that reaches nine layers begins with the accumulation of small soil, and a journey of a thousand miles starts with a single step." This conveys the meaning that "for any major undertaking, it is essential to steadily make efforts starting from what can be done now." The entire showroom was also structured around the concept of Laozi's words "Nine Hearts." *For more details on the column, you can view it through the related links. Please feel free to contact us for more information.*

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The world's largest 3D printing and additive manufacturing (AM) technology exhibition "Formnext 2023" was held in Frankfurt, Germany. Since its inaugural event in 2015, it has been held annually in Frankfurt, Germany, showcasing cutting-edge technologies, products, and services related to manufacturing and processing using additive manufacturing, which is expected to see further adoption across a wide range of fields such as automotive, aerospace, mechanical engineering, medical technology, and electrical engineering. This year's Formnext 2023 featured 859 AM-related companies from around the world, attracting a total of 32,851 visitors globally, making it a great success. *For more details on the column, please refer to the related links. For further inquiries, feel free to contact us.*

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To ensure the normal and stable operation of SLM systems and metal 3D printers, maintenance is essential. ZRapid Corporation has published maintenance methods to prepare for low temperatures and high humidity environments that can affect equipment, as well as a series of regular maintenance procedures, which we will introduce. *For detailed information on the column, please refer to the related link. For more details, feel free to contact us.

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The "Greater Bay Area International Footwear Machinery and Materials Industry Expo," which brings together cutting-edge equipment and facilities for the textile manufacturing and bag and shoe industries, is being held in Shenzhen, Guangdong Province. Shenzhen is part of the "Greater Bay Area," one of the world's leading bay areas in global business, and serves as an economic city that plays a role as a research hub for advanced technology and services. At this exhibition, 13,562 visitors from 44 countries around the world attended, with 350 exhibiting companies. ZRapid, a 3D printer manufacturer, is applying 3D technology to the production of shoe molds. At this exhibition, they are showcasing metal 3D printers and samples of shoe molds. *For more details on the column, please refer to the related link. For further inquiries, feel free to contact us.

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In China, the application of 3D technology is expanding, and the number of industries evolving through it is increasing year by year. ZRapid Corporation has focused on the footwear industry and has publicly introduced "shoe mold manufacturing" utilizing 3D technology. As 3D printing technology evolves and spreads, the footwear industry is undergoing unprecedented transformation. Technologies such as SLA (Stereolithography) for resin and SLM (Selective Laser Melting) for metal are being widely used in shoe manufacturing, changing the entire footwear industry. This has opened up new possibilities for shoe design, production, and individual customization. ZRapid Corporation supports cost reduction, quality improvement, and productivity enhancement in the footwear industry, and also has a significant influence in the field of shoe mold manufacturing. *For more details on the column, please refer to the related link. For further inquiries, feel free to contact us.*

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The largest exhibition in the field of 3D printing and additive manufacturing (AM) technology, "TCT ASIA 2024," will be held in Shanghai for three days from May 7 to 9. The total number of attendees reached 23,933, an increase of 43.5% compared to 2023. The number of exhibitors, which was 80 at the inaugural event in 2015, has grown to 400, making this the largest exhibition to date. The focus was on new technologies and trends, with 30% of exhibitors participating for the first time. Cutting-edge technologies and products related to 3D technology, such as 3D printers, 3D scanners, and metal powders, were all showcased together. *For more details on the column, please refer to the related links. For further inquiries, feel free to contact us.*

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3D technology is leveraging its unique advantages to bring transformation to various industries. In particular, in the mold industry, the utilization of metal 3D technology has significantly shortened manufacturing cycles, improved production efficiency, and reduced manufacturing costs. Additionally, it has realized complex internal structures through integrated molding, discovering new possibilities in mold manufacturing. In design, flexibility and freedom have greatly improved, enabling efficient flow paths and designs with high processing difficulty. *For more details on the column, please refer to the related links. For further inquiries, feel free to contact us.*

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With the rapid development of aerospace technology, the development of high-performance rocket engines is progressing. Advanced manufacturing technologies are one of the key factors in improving the performance of rocket engines. By applying metal 3D technology, it is possible to achieve high design freedom, weight reduction, low cost, integrated shaping, and complex internal structures, which are widely applied in the aerospace field and have a revolutionary impact. Rocket engines are the core components of rockets, and the nozzle skirt is one of the important parts among them. *For detailed content of the column, please refer to the related link. For more information, feel free to contact us.*

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ZRapid Corporation leverages its decades of experience in 3D technology and research and development capabilities to provide advanced equipment and specialized services, supporting the digitalization and smart transformation of various industries. ZRapid, which continues to grow daily, has developed a 3D printer based on the iSLM160 that reflects customer needs, and we would like to introduce its features. *For detailed information on the column, please refer to the related links. For more details, feel free to contact us.*

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TCT is the largest exhibition in the field of 3D printing and additive manufacturing (AM) technology, held in five regions around the world (America, the UK, China, Germany, and Japan). At this exhibition, our partner company ZRapid, for which we serve as the exclusive domestic agent, was exhibiting, and I visited to also engage in marketing for the Chinese 3D printer market. There were 285 exhibitors, and there was a long line at the entrance, taking about 30 minutes to enter. Everything, including the size of the booths, the number of visitors, and the overall vibrancy, was different from Japanese exhibitions, indicating a high level of interest in 3D technology in the Chinese market. *For more details on the column, you can view it through the related link. Please feel free to contact us for more information.

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A hands-on product design exhibition held to commemorate the 115th anniversary of the global knife manufacturer "Kai Corporation." Products envisioned for the future based on "Kai's" new mission of "sharpness and gentleness," as well as new products with fresh perspectives that are set to be released, are on display. I heard that products we collaborated on through DOHO's modeling services would also be exhibited, so I visited the exhibition. *For more details on the column, please refer to the related links. Feel free to contact us for more information.

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Our company exhibited at the "3rd Tokyo Business Opportunity EXPO" held at Tokyo Big Sight on December 6th (Wednesday) and 7th (Thursday). The Tokyo Business Opportunity EXPO is a comprehensive exhibition aimed at bringing together local companies with unique technologies and rare products to promote their goods and services to visitors, thereby facilitating the development of new sales channels. Approximately 290 companies, primarily small and medium-sized enterprises, exhibited across four categories: food, lifestyle, manufacturing, and services/DX. The event attracted around 9,000 visitors, including many participants from across the country, creating a lively atmosphere. *For more details on the column, please refer to the related link. If you have any questions, feel free to contact us.*

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Our company exhibited at the "Saitama Prefecture Business Arena 2024" held at Saitama Super Arena on January 24 (Wednesday) and 25 (Thursday). The Saitama Prefecture Business Arena is a business matching event aimed at expanding orders and developing sales channels for small and medium-sized enterprises, featuring a diverse range of companies and organizations in fields such as circular economy/GX, DX/AI, processing technology/parts, and more. The number of visitors reached 13,749 over the two days, with over 600 exhibiting companies. Not only were visitors engaged, but there was also active interaction among the exhibitors. *For more details on the column, please refer to the related link. For further inquiries, feel free to contact us.*

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Our company participated in the "National Craftsmen's Skills Exhibition" held on March 8 (Friday) at the Ota City Industrial Plaza PiO. The National Craftsmen's Skills Exhibition was held for the first time in the manufacturing town of Ota City, featuring 50 manufacturing companies from across the country that boast "high-precision technology and services." During the accompanying business meeting "The Business Negotiation! Work Discovery Market," active negotiations took place throughout the day, attracting enthusiastic visitors. *For more details on the column, please refer to the related links. If you have any questions, feel free to contact us.*

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We offer consultations for various forms of modeling tailored to our customers' challenges and requests. On the other hand, to promote the use of metal 3D modeling, we also create original samples. This time, we have produced a business card stand featuring our company logo and the names of our employees. *For more details on the column, please refer to the related links. For further inquiries, feel free to contact us.

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Thank you for your continued support. This is DOHO Corporation. We will be exhibiting at "JIMTOF2024," which will be held at Tokyo Big Sight from November 5th (Tuesday) to November 10th (Sunday)! Venue: Tokyo Big Sight South Hall Booth Number: AM121 Special Joint Exhibition Additive Manufacturing Area ▼ Pre-registration for visitors is here ▼ https://reg2024.jimtof.org/public?lang=en *For customers considering attending, we will provide an invitation ticket that allows free admission, so please contact us via the URL below. https://3dp.doho.co.jp/l/939393/2021-08-27/83g95 We propose total solutions for metal 3D printing tailored to our customers' needs. At our booth, we plan to display actual 3D printers, auxiliary equipment, and printed samples. We will also be available for consultations on-site!

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Thank you for your continued support. This is DOHO Corporation. We will be exhibiting at the "New Technology Creation Exchange 2024" held at Tokyo Tama Mirai Messe on October 23 (Wednesday) and 24 (Thursday)! https://tama-innovation.jp/event/?_fsi=bUVRh8ta&_fsi=4IPCq2xb This exhibition is only open to companies that have received interview requests from major companies with technology needs. At our booth, we will introduce our metal 3D services and display many samples. We will be available for consultations at the venue on the day!

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Thank you for your continued support. This is DOHO Corporation. We will be exhibiting at "JIMTOF2024," which will be held at Tokyo Big Sight from November 5 (Tuesday) to November 10 (Sunday). As the first announcement, we would like to introduce the exhibition corner for the metal 3D printer manufactured by ZRapid, for which we serve as the exclusive distributor in Japan! 【Main Exhibition Content】 - Introduction of the metal 3D printer ZRapid has added two optional features to the compact 3D printer (iSLM160) to meet customer needs! ■ High precision and high detail support Achieve high-precision modeling with fine lasers and unique layering technology. ■ Small powder quantity support (actual machine on display) Only a small amount of material is needed! The modeling area is limited, minimizing the amount of powder used. - Additive manufactured products created with the metal 3D printer We will introduce the flow from customer requests to solution proposals and production! Example: Semiconductor equipment parts These parts feature complex internal flow paths and are produced as a single piece. Next time, we plan to introduce the exhibition corner for the wire EDM machine.

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Thank you for your continued support. This is DOHO Corporation. We will be exhibiting at "JIMTOF2024," which will be held at Tokyo Big Sight from November 5 (Tuesday) to November 10 (Sunday)! Today, as part of our second announcement, we would like to introduce the exhibition corner for Baoma's "Molybdenum Wire Electric Discharge Cutting Machine," which is ideal for post-processing of 3D printed parts! [Main Exhibition Content] - Introduction of the wire cutting machine ■ Compact and space-saving with an integrated design, easy to handle ■ Uses high-hardness, high-melting-point, and highly corrosion-resistant molybdenum wire ■ Compatible with processing all types of metal materials ■ Reduces processing time, leading to energy savings and low costs - Display of 3D printed samples after substrate separation processing You can actually touch and see the cross-section of the cut surface. We will also introduce the separation process clearly through a video!

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Our company will be exhibiting at "JIMTOF2024," which will be held at Tokyo Big Sight from November 5 (Tuesday) to November 10 (Sunday)! Today, as the third installment, we would like to introduce a section showcasing case studies of metal 3D printer implementations. We will highlight the case of "Wada Precision Dental Laboratory Co., Ltd.," known as one of Japan's largest dental laboratories and a pioneer in the dental technology industry! 【Main Exhibition Content】 - The process leading up to the introduction of metal 3D printers The first machine was a 3D printer from another manufacturer, but last year it was switched to the ZRapid 3D printer that we handle. This year, another unit was introduced, and medical device registration has also been completed. Why did we switch to the ZRapid 3D printer that our company handles? We will share real customer feedback! - Display of dental technology samples You will be able to see samples that Wada Precision Dental Laboratory has actually produced.

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