フュージョンテクノロジー List of Products and Services

Shape Size: 310mm*310mm*420mm (Single nozzle) Maximum Printing Speed: 300mm/s Maximum Acceleration: 5000mm/s² Movement Speed: 0-500mm/s Dedicated Filament: Blade Mate PAHT-CF/PET-CF/PETG/PETG ESD/PLAPRO Maximum Power Consumption: 1kW

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HT's high-end model 410 (2 heads, larger size) - 2 heads for smooth removal of support materials Various support materials are also available Super engineering plastic support material "SP5000" (manufactured by INTAMSYS) For ABS and PC, "Hips" - Large-scale printing with stable formation using a chamber heater Print area 305*305*406mm, compatible with PEEK - Multi-material compatible Super engineering plastics PEEK, PEEK-CF, PEEK-GF, PEKK PEI (ULTEM9085, ULTEM1010), PPSU, PPS General-purpose engineering plastics PLA, ABS, ASA, PETG, PC (PC, PC-ABS) PA (CoPA, PA6-CF, PA6-GF, PA12-CF) PP (PP, PPGF30) Main body size: 728*684*1480mm Weight: 222Kg High-temperature nozzle: Max 500°C High-temperature chamber: Max 90°C

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The "FUNMAT Series" is a 3D printer that enables stable molding of super engineering plastics thanks to its internal temperature heating function. Equipped with a high-temperature nozzle. It can stably mold large engineering plastics such as ABS, PC, nylon, PEEK, ULTEM, and PPSU, which have been difficult to mold due to thermal shrinkage and distortion. 【Features】 ■ High-temperature nozzle with a maximum temperature of 500℃ ■ Chamber heater that maintains an internal temperature of 300℃ ■ Dual-head design allows for easy removal of "support materials." ■ Water-soluble support materials are available ■ Minimum layer pitch of 0.1mm ■ Oven filament system *For more details, please refer to the PDF document or feel free to contact us.

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• Other processing machines

The "FUNMAT series" is a 3D printer that enables stable printing of super engineering plastics thanks to its internal temperature heating function. Equipped with a high-temperature nozzle, it can stably print large engineering plastics that were previously difficult to print due to thermal shrinkage and warping. Three products are available in the lineup depending on the application. 【Features】 ■ High-temp nozzle with a maximum temperature of 450℃ ■ Chamber heater that maintains a constant internal temperature ■ Hotbed maximum temperature of 160℃ ■ Minimum layer pitch of 0.05mm ■ Easy-to-maintain unit parts *For more details, please refer to the PDF document or feel free to contact us.

• Other machine tools
• 3D Printer

< Entry model compatible with PEEK > - Large-scale printing with stable formation using a chamber heater Print area: 260*260*260mm - Multi-material compatibility Super engineering plastics PEEK, PEEK-CF, PEEK-GF, PEKK PEI (ULTEM9085, ULTEM1010), PPSU, PPS General-purpose engineering plastics PLA, ABS, ASA, PETG, PC (PC, PC-ABS) PA (CoPA, PA6-CF, PA6-GF, PA12-CF) PP (PP, PPGF30)

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Large-Scale Forming - Large-scale forming with stable shaping using chamber heater Print area: 450*450*600mm - Multi-material compatible General-purpose engineering plastics: PLA, ABS, ASA, PETG, PC (PC, PC-ABS) PA (CoPA, PA6-CF, PA6-GF) PP (PP, PPGF30)

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We are introducing a 3D printer on YouTube this time. Please take a look at the video at the bottom of the page! The "FUNMAT Series" is a 3D printer that enables stable printing of super engineering plastics thanks to its internal temperature heating function. It can stably print large engineering plastics such as ABS, PC, nylon, PEEK, ULTEM, and PPSU, which have been difficult to print due to thermal shrinkage and distortion. 【Features】 - High-temperature nozzle with a maximum temperature of 500℃ - Chamber heater that maintains an internal temperature of 300℃ - Dual heads allow for easy removal of support materials - Water-soluble support materials are available - Minimum layer pitch of 0.1mm - Oven filament system We will be showcasing the actual machine at the "Next Generation 3D Printer Exhibition," so please come visit us. For more details, please refer to the PDF document or feel free to contact us.

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• Other processing machines

Acrus Co., Ltd. is a company located in Higashi-Osaka City, Osaka Prefecture, that manufactures and sells lighting, medical and nursing care, and fisheries and agricultural-related equipment. This time, they considered the introduction of a 3D printer that can be used not only for prototyping but also as a finished product, and they have adopted the "FUNMAT PRO 410." The deciding factors for the introduction were stated as "low material costs," "large build area," "printing speed," and "running costs of consumables." [Overview] ■ Customer Name: Acrus Co., Ltd. ■ Industry: Manufacturing ■ Applications: Prototyping, processing of in-house products, contract processing ■ 3D Printer: FUNMAT PRO 410 *For more details, please refer to the related links or feel free to contact us.

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The 3D printer "FUNMAT PRO 410" that we handle can use various filaments and collaborates with material manufacturers across different industries. This time, we partnered with Hokuriku Engineering Plastic Co., Ltd., a filament manufacturing company, to create parts using PP material. PP material is known for being prone to shrinkage and having poor adhesion to the build plate, making it difficult to print. However, by combining the "FUNMAT PRO 410" with the company's PP material, we can not only overcome this challenge but also achieve stable and high-quality results. [Filament Features] ■ Compatible with diverse fields ■ Safe and secure, made in Japan ■ Complies with food sanitation laws *For more details, please refer to the related links or feel free to contact us.

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When the delivery time for the equipment was determined to be 8 weeks, the maintenance department of the Swedish pharmaceutical company ABIGO Medical AB was able to manufacture several pulley wheels using the INTAMSYS "FUNMAT HT" 3D printer, ensuring the normal operation of the packaging line. Production engineer Linus Gohle praised, "The produced parts operated on the packaging line for 9 weeks and were 10 times cheaper than conventional parts." For more details, please refer to the related links below. 【Overview】 ■ Customer Name: ABIGO Medical AB (Sweden) ■ Industry: Pharmaceuticals ■ Application: Manufacturing parts for production lines ■ Materials: PEEK, PC ■ 3D Printer: FUNMAT HT *For more detailed information about the case, please refer to the related links. Feel free to contact us for more information.

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Hottipo Polymer Co., Ltd. manufactures and sells extruded products made of rubber and resin. With their long-established high technical capabilities, they have recently focused on 3D printer-related businesses, developing 3D printers and filaments. The "FUNMAT HT" was introduced for the development of filaments made from high-temperature thermoplastic materials such as PEEK and for contract processing. They describe the advantages of the "FUNMAT HT" as "high precision despite being compatible with super engineering plastics," "fast stage movement speed," and "easy maintenance." [Overview] ■ Customer Name: Hottipo Polymer Co., Ltd. ■ Industry: Filament manufacturing ■ Applications: Filament development, manufacturing and sales, contract processing ■ 3D Printer: FUNMAT HT *For more details, please refer to the related links or feel free to contact us.

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We will introduce a case study from an automotive parts manufacturer. In this case, inspection jigs for automotive parts were produced using PC+ABS and were utilized for inspections and other purposes. Traditionally, complex-shaped inspection jigs were manufactured through aluminum machining, but due to the lengthy production time, they successfully reduced the manufacturing time by outputting with the 3D printer "INTAMSYS FUNMAT PRO 410." Additionally, by utilizing a 3D printer instead of machining for consumable parts of their own production equipment, they have shortened lead times, allowing them to quickly resume operations even if parts break, thus avoiding delays in production. [Overview] ■ Customer Name: Major Automotive Parts Manufacturer ■ Industry: Automotive ■ Application: Quality control measuring instruments and production equipment development ■ Materials: PolyLite ABS/PC+ABS/PEEK, etc. ■ 3D Printer: FUNMAT PRO 410 *For more details, please refer to the related links or feel free to contact us.

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The Italian company Promotion SpA is a partner of many Swiss luxury watch manufacturers. In the prototype testing of watch designs, a series of issues were resolved through 3D printing with PA-CF material using the FUNMAT HT model. "The mechanical resistance and lightweight nature of PA-CF material left us with a very good impression," said Federica Tiso. For more details, please refer to the related links below. 【Overview】 ■ PA-CF (Nylon Carbon Fiber) material solved manufacturing challenges ■ Promotion SpA began utilizing 3D printing technology in 2014 ■ Why PA-CF material was chosen ■ Replacing metals with super engineering plastics *For more details on the case study, please refer to the related links. Feel free to contact us for more information.

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Combi Corporation is headquartered in Taito-ku, Tokyo, and is actively involved in a wide range of activities both domestically and internationally, from the development, manufacturing, and export of baby products and infant toys to technology licensing. We have received a survey response following the introduction of the "FUNMAT PRO 410." You can view it through the related links below. 【Overview】 ■ Customer Name: Combi Corporation ■ Industry: Development, manufacturing, and sales of baby products ■ Application: Prototyping, development, and structural checks of baby products ■ 3D Printer Used: FUNMAT PRO 410 ■ Filaments Used: PolyLite ABS/HIPS/PA6/PA6-GF, etc. *For detailed information about the case, please refer to the related links. For more details, feel free to contact us.

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In this document, we introduce a review of the "PEEK compatible" dual-head model 'FUNMAT PRO 410'. The review includes specifications of the "FUNMAT PRO410" and the materials it supports, covering everything from pre-print preparation to the experience of using the dual heads. With a user-friendly interface operated via a touch panel, the slicer can be finely adjusted, allowing for savings on expensive support materials. [Contents (excerpt)] ■ About INTAMSYS ■ Specifications of FUNMAT PRO410 ■ Supported materials (1) General-purpose plastics and engineering plastics (2) Super engineering plastics (3) Support filaments *For more details, please refer to the PDF document or feel free to contact us.

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This document introduces PEEK printing using "FUNMAT HT Enhanced." It discusses why there is a high demand for super engineering plastic printing with 3D printers and highlights three key points about PEEK printing. Shapes that cannot be achieved with machining can be printed, resulting in less material waste and a reduction in lead time due to in-house production. 【Contents (excerpt)】 ■ About INTAMSYS ■ About the 3D printer used this time ■ What is "super engineering plastic"? ■ What is "PEEK"? ■ Why process with a "3D printer"? *For more details, please refer to the PDF document or feel free to contact us.

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This document introduces "three" key points about ABS printing using the FUNMAT HT. It provides detailed information about the 3D printer "FUNMAT HT Enhanced" and the issues related to ABS printing. Thanks to the chamber heater, which can heat the interior up to 90°C, it becomes possible to create large prints with materials like polycarbonate, which are difficult to manage temperature-wise. [Contents (excerpt)] ■ About INTAMSYS ■ About the 3D printer used this time ■ Key points of ABS printing - What is ABS? - Issues with ABS printing *For more details, please refer to the PDF document or feel free to contact us.

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Shape size: 255 width, 205 depth, 225 height mm Main body size: 500 width, 523 depth, 460 height mm Main body weight: 30kg

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In recent years, 3D printers have begun to be utilized in many industries, starting with manufacturing. Among them, those using the stereolithography method account for a significant proportion. Various variations have emerged in recent years, and since the patent expired in 2006, there has been remarkable improvement in performance. In this column, we will explain the characteristics and mechanisms of stereolithography 3D printers, as well as their advantages and disadvantages. [Contents] ■ What is stereolithography? ■ The mechanism of stereolithography ■ Advantages and disadvantages ■ Other types of 3D printers also exist ■ Let's understand the characteristics of stereolithography 3D printers *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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By utilizing 3D printers, the effort involved in manufacturing is significantly reduced. In the manufacturing industry, it is likely to be a very important tool in terms of cost as well. When using a 3D printer, it is essential to first understand the proper usage methods. While learning how to use it, one must understand that "it's okay once the printing is finished" is not the case. If one does not impress upon themselves that the printing is not the goal, the effectiveness of the 3D printer cannot be maximized. In this column, we will explain the methods and tips for post-processing with 3D printers. [Contents] ■ Post-processing methods for FDM type ■ Post-processing determines "accuracy" ■ Post-processing methods for resin printing ■ Post-processing is important for 3D printers *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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In recent years, there are many user-friendly 3D printers available, making it easier for anyone to print their own creations. FDM printers are relatively inexpensive, and there are many models that cater not only to commercial use but also to high-end applications. However, it is important to be aware of common mistakes that can easily occur during use. In this column, we will introduce common mistakes that can happen with FDM 3D printers. [Contents] ■ Warping ■ Clogged nozzles ■ Stringing ■ Let's also understand the basics of the FDM method ■ Learn from common mistakes that occur with 3D printers *For more details on the column, please refer to the related links. Feel free to contact us for more information.

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With the advancement of technology, the performance and precision of 3D printers have dramatically improved, and their practicality in business has also increased. The fields in which they can be used are broader than we can imagine, and it is believed that there are many industries that can be transformed by 3D printers. However, when hearing such discussions, many people might wonder, "What specific uses are there?" and "In which industries are they being used?" In this column, we will introduce representative as well as surprising uses of 3D printers. [Contents] ■ Applications of 3D printers ■ Let's grasp the basic knowledge about 3D printers ■ The uses of 3D printers are diverse! *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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Compared to other polyimide materials, PEI (polyetherimide) is a type of thermoplastic polyimide that is low-cost and has excellent production efficiency. From the perspective of material performance and cost, PEI can be considered one of the successful products in the modification research of polyimide materials. In this column, we will explain PEI in terms of manufacturing methods, development processes, performance characteristics, and applications. We hope you will read it. [Contents] ■ Introduction to PEI ■ Advantages of PEI ■ Disadvantages of PEI ■ Applications of PEI in various fields *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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3D printers are convenient devices that can print three-dimensional objects, but there can be challenges when using them. One of the points that many people find particularly troublesome is support material. While it is essential for creating complex structures, it can be difficult to achieve a clean surface finish, which can be time-consuming. In this column, we will explain its role and necessity. If you are planning to work on reproducing structures using support material, we hope you find this information helpful. [Contents (partial)] ■ What is support material? ■ Necessity ■ Shapes that require support material ■ Tips for installation ■ Precautions when using *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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When using a 3D printer, cleanliness and high precision are important. In pursuing cleanliness and precision, understanding the "slicer software" is essential. Slicer software has various settings, and without a certain level of understanding, satisfactory results cannot be achieved. Therefore, in this column, we will explain the overview of slicer software, the role of extracted data, and the setting items. Those considering using a 3D printer or seeking better finishes may find this information helpful. [Contents] ■ What is slicer software? ■ The role of extracted data ■ Setting items of slicer software ■ Differences between free and paid versions ■ Let's understand the role and precautions of slicer software *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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When introducing and using a 3D printer, not only the cost but also the finish of the final product is a concern. If it is for business purposes, the reproduction accuracy of the model is naturally important. To achieve results as much as possible within a limited budget, it is essential to understand the factors that cause errors. Additionally, some may wonder, "Do cheaper products inevitably have lower accuracy?" In this column, we will explain the accuracy of 3D printers, including an overview and the factors that cause errors. Those who want to pursue accuracy may find this information helpful. [Contents] ■ Meaning of "accuracy" ■ Factors that determine "accuracy" ■ Understanding slicer software is essential to improve accuracy ■ Comparison of "accuracy" between inexpensive models and business-use models ■ Fusion Technology provides support from product proposals to assistance *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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When using a 3D printer, various troubles can arise. For example, some may have experienced the resin peeling off the table when using materials like ABS or PC. There are various factors involved, but one effective way to improve this is by creating a "raft." In this column, we will explain the overview, importance, advantages, and points to note about rafts. If you are considering using them or are having trouble with their use, we hope you find this information helpful. [Contents] ■ What is a raft? ■ The necessity of a raft ■ Advantages of a raft ■ Disadvantages of a raft ■ How to remove a raft ■ Understanding rafts *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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To create three-dimensional objects, the mainstream method has been what is known as cutting technology. However, in recent years, the development of 3D printing technology has allowed us to differentiate between the two methods depending on the situation. There are many cases where structures that could not be produced using traditional methods can be formed by utilizing 3D printing, but there are still parts that are difficult to reproduce without cutting processing. Therefore, it is important to differentiate between the two methods while considering their respective characteristics. In this column, we will explain the features of cutting technology and 3D printing, cases where 3D printers are effective, and how to differentiate between the two. We hope this will be a useful reference for those considering the introduction of 3D printers. [Contents] ■ What is cutting processing? ■ What is 3D printing? ■ Cases where 3D printers are effective ■ How to differentiate between the two ■ If you are considering the introduction of a 3D printer, please feel free to consult us. *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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To replicate three-dimensional objects or construct them from blueprints, the use of a 3D printer is recommended. In recent years, there has been a wide variety of 3D printer products available, with various manufacturers releasing products that have different features. As a result, among those who are actually considering implementation, there may be some who feel, "I don't know which one is good." In this column, we will introduce how to choose a 3D printer. If you are having trouble selecting a 3D printer, we hope you find this helpful. [Content] ■ Criteria for choosing a 3D printer ■ Check if there is support after implementation ■ Fusion Technology Co., Ltd. also provides support after implementation *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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When constructing three-dimensional objects, using a 3D printer can minimize costs and time. However, since there are various types of 3D printers, it is important to have a basic understanding when considering their introduction. Among them, the two most well-known types are "FDM (Fused Deposition Modeling)" and "SLA (Stereolithography)". Both are generally well-known, but many people may not be familiar with the differences between them. In this column, we will organize the differences between the two from various perspectives. If you are considering the introduction of a 3D printer, we hope you find this information helpful. [Contents] ■ Differences between the two ■ Let's also firmly grasp the characteristics of both ■ Understand the differences and choose the right 3D printer *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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Have you ever thought about trying out a 3D printer but found yourself unsure about the types of files that are compatible for sending and receiving data with the printer? In reality, there are various types, each differing in terms of color, material, texture retention, and file size. Each format has its own features, advantages, and disadvantages, so it is important to choose the right one based on your intended use. In this column, we will explain six representative file formats commonly used with 3D printers. By reading this article, you should be able to acquire basic knowledge about the types of files for 3D printing. [Contents] ■ File formats used in 3D printing ■ The importance of differentiating between file formats *You can view detailed content of the column through the related links. For more information, please feel free to contact us.

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By utilizing 3D printers, it should be possible to reduce costs in manufacturing and aim for improved operational efficiency. In the future, there may be those considering implementation, but what is likely to be a concern is the cost of implementation, isn't it? Even though it can be used in the long term, it is natural to want to minimize the initial costs of implementation. In this column, we will introduce the "Manufacturing Subsidy" that can be utilized in the 3D printer business. By reading the article, you should be able to understand the amount of subsidies available for 3D printer implementation, points to note, and methods for application. [Contents (partial)] ■ What is the "Manufacturing Subsidy"? ■ The process until the manufacturing subsidy application is approved ■ Points to be reviewed when applying for the manufacturing subsidy ■ Precautions when applying for the manufacturing subsidy *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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When considering the introduction of a 3D printer and trying to choose a product, many people find themselves surprisingly overwhelmed by the variety available. For example, when researching FDM (Fused Deposition Modeling) 3D printers, you may notice that there are two types: "Bowden" and "Direct Drive." In this column, we will explain the characteristics of Bowden and Direct Drive systems in FDM printers, discussing their advantages and disadvantages. By reading this article, you should be able to determine which type of 3D printer your company should adopt. [Contents] ■ What is Bowden? ■ What is Direct Drive? ■ Understanding the fundamentals of FDM is important ■ Let's clarify the differences between the two *You can view the detailed content of the column through the related links. For more information, please feel free to contact us.

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In this column, we have introduced 3D scanners from various angles, including "principles," "methods," and "how to choose." In this column, we will introduce the products we handle. We have included actual scanned data. Please utilize it to verify the accuracy of the scanners and whether they can be printed with a 3D printer. [Contents] ■EinScan H Series ■EinScan Pro Series *For detailed information about the column, please refer to the related links. For more details, feel free to contact us.

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When using a 3D printer, it is surprisingly common to encounter issues related to the nozzle. For example, one might not know how to choose based on the nozzle shape, experience clogs of resin at the tip, or have filament jams. Among these, a frequent problem is that the nozzle wears out quickly. In this column, we will explain the risks of nozzle wear in 3D printers and how to choose nozzles that are less prone to wear. By reading this article, you should gain an understanding of how to select nozzles according to the filament used in 3D printing and methods to prevent wear. [Contents] - Materials commonly used for 3D printer filaments - Risks associated with nozzle wear - How to choose nozzles based on filament - Common mistakes in 3D printing - The importance of considering materials when selecting nozzles *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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Even when trying to create objects with a 3D printer, there may be various reasons for failure. One of the failures is "overhang." Even if you have the support turned on in the slicing software, there are times when things just don't go well, and the object collapses. In this column, we will explain measures against overhangs in 3D printing and tips for creating objects that do not have overhangs. By reading this article, you will be able to complete objects that seem likely to have overhangs without failure. [Contents] ■ What is an overhang? ■ Measures against overhangs ■ Tips for creating without overhangs ■ Other defects besides overhangs ■ Understanding the characteristics of overhangs *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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Have you ever wondered about the differences between commercial and home-use 3D printers when considering the introduction of the recently popular 3D printers? Is it that home-use models cannot be used in a business setting, or is a home-use printer sufficient for a general household? Many people seem to be struggling with this, especially since there are few home-use 3D printers that support metal output. In this column, we will thoroughly compare how home-use and commercial 3D printers differ. By reading this article, you should be able to understand the differences between home-use and commercial 3D printers and which one you should introduce. [Contents] ■ Comparison of differences between home-use and commercial 3D printers ■ Other points to consider when choosing a 3D printer ■ Commercial models excel in precision and variety of materials *For more detailed information about the column, you can view it through the related links. Please feel free to contact us for more details.

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At Sea 3D, we wanted to immediately use the parts we printed on our yacht, so we researched 3D printers. Based on the recommendation of Windforce, a specialist in additive manufacturing in Spain, we decided to purchase the INTAMSYS industrial 3D printer "FUNMAT." As we deepened our understanding of 3D printing technology, we were able to select appropriate materials, quickly master the desired shapes, and rapidly produce functional parts for the yacht. Additionally, since the "FUNMAT HT" can accommodate various materials, we have successfully reduced extra costs by testing different filaments. [Implementation Effects] - We can now rapidly produce functional parts for the yacht. - Compared to traditional production methods, we can manage costs more accurately. - By testing various filaments, we have reduced extra costs. *For more details, please refer to the PDF document or feel free to contact us.

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RAYSHAPE High-Speed Light Curing (DLP) 3D Printer Official Japanese Distributor: Fusion Technology introduces it to the Japanese market. 〇 DLP DLP (Digital Light Processing) is a molding method using surface exposure, characterized by its fast molding speed compared to SLA due to the use of a projector for simultaneous surface exposure. 〇 Product Lineup - Shape 1+ / Shape 1+ HD Desktop type - P200 / P400 / P400HD (currently under adjustment) Large type

• Other machine tools
• Other processing machines

This document introduces a usage experience report for the support material "SP5000" designed for super engineering plastics. It includes information on the usage of "SP5000" and "ethyl acetate" in small, large, and complex printed objects. It can be used primarily as a support material for PEEK, PEEK CF, PEKK, PEI9085, PEI1010, PPSU, and is a product developed independently by INTAMSYS. [Contents (excerpt)] ■ About INTAMSYS ■ About the support material SP5000 for super engineering plastics - What is "SP5000" - What is "ethyl acetate" - Alternatives to "ethyl acetate" *For more details, please refer to the PDF document or feel free to contact us.

• Printing Machinery

When creating objects with a 3D printer, you can improve the quality of the print by creatively adjusting the print settings in the slicing software (such as orientation and support). This document introduces key points for operating the slicing software. Detailed information is provided for each point, such as "orientation" and "support." Please feel free to download and take a look. [Contents] ■ Point 1: "Orientation" ■ Point 2: "Support" ■ Point 3: "Segmentation" *For more details, please refer to the PDF document or feel free to contact us.

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INTAMSYS's "PEEK-CF Filament" is a material that combines 10% carbon fiber with PEEK material. This document introduces the strength testing of PEEK-CF (carbon fiber reinforced) material. It provides detailed information on "Introduction to PEEK-CF Filament" and "Tensile Strength Measurement of PEEK-CF Specimens" using diagrams and tables. Please take a moment to read it. [Contents] ■ Introduction to PEEK-CF Filament ■ Tensile Strength Measurement of PEEK-CF Specimens *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

To all 3D fans across the country, this time we have the long-awaited discussion about 3D scanning. When it comes to 3D scanners, there are broadly two principles and methods for measuring the shape of three-dimensional objects. This time, we will introduce the "non-contact" type from the "EinScan Series." This is a "non-contact 3D scanner" that captures three-dimensional shapes without touching the object, using a laser light scanning method. [Contents] ■ Features of each method ■ 3D scanning process ■ Introduction of scanning examples *For more details, please refer to the PDF materials or feel free to contact us.

• Scanner

Tensile strength confirmed at 90 MPa. (Annealed product)

• Printing Machinery

Various Super Engineering Plastics Filaments: PEEK, PEI, PPSU, PEKK, PPS 〇INTAM Performance (Filament Base Material) - PEEK PEEK, PEEK-CF, PEEK-GF - PEI ULTEM9085, ULTEM1010 - PPSU - PPS - PEKK 〇INTAM Support (Support Material) - SP5000: Support material for PEEK-related applications Soaked in a dedicated solvent, it becomes brittle and can be peeled off. - SP5030: Support material for ULTEM 9085 No solvent required, can be easily peeled off by hand. - SP5080: Support material for ULTEM 1010 and PPSU No solvent required, can be easily peeled off by hand.

• Printing Machinery