We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Method 3D Printer.
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Method 3D Printer Product List and Ranking from 25 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Method 3D Printer Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. システムクリエイト Osaka//Industrial Machinery
  2. オルテコーポレーション 本社 Kyoto//Electronic Components and Semiconductors
  3. 3D Printing Corporation Kanagawa//Manufacturing and processing contract
  4. 4 シーキューブ Niigata//CAD/CAM
  5. 5 ホッティーポリマー Tokyo//Resin/Plastic
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Method 3D Printer Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. FDM method 3D printer "CreatBot" series システムクリエイト
  2. Liquid Layer Forming 3D Printer 'Lynxter S300X' システムクリエイト
  3. A 3D printer capable of smoothly and rapidly creating microfluidic channels, equipped with precision. オルテコーポレーション 本社
  4. Quickly resolve Form3 errors! 'Troubleshooting Guide' システムクリエイト
  5. 5 FUNMAT PRO 410-G2 シーキューブ

Method 3D Printer Product List

46～60 item / All 97 items

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From precision to large-scale! Tsujikawa's 3D printing technology.

From precision to large-scale! Tsujikawa's 3D printing technology.

From precision to large-scale modeling! Tsujikawa's 3D printing technology.

At Tsujikawa, we also handle 3D printing. We have three types of printers: - 'Massivit' capable of large-scale printing - 'J750' which allows for precise full-color printing - A widely available "FDM method" printer We have worked on a variety of products and artworks, ranging from cosmetic mock-ups to large art pieces, regardless of size. <Features of Tsujikawa's 3D Printing Business> - Extensive experience in 3D modeling - Wide range of printing options - Data modification and printing from physical scans For more details, please download the PDF or feel free to contact us.

  • 3D Printer

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FFF method 3D printer "G-ZERO"

FFF method 3D printer "G-ZERO"

Production capacity that is unimaginable from a compact chassis that can fit in an office.

"G-ZERO" is an FFF method 3D printer that supports challenges in new domains through ultra-fast modeling. With a precise and robust structure and advanced control software, it achieves astonishing modeling speeds. It enables challenges that were not realistic with the modeling speed of conventional 3D printers, such as ultra-fast iterative validation of ideas, improvement of production processes, and medium-scale production of plastic parts. Please feel free to contact us if you have any inquiries. 【Features】 ■ Rapid design iteration ■ Manufacturing means for final products in medium quantities or more ■ 3D printing without time constraints *For more details, please download the PDF or feel free to contact us.

  • Printing Machinery
  • Printing/Publishing

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3D printing service "the Core"

3D printing service "the Core"

More possibilities for the manufacturing industry.

We offer 3D printing services that meet diverse needs with overwhelming modeling skills. Since we have both FDM and SLA methods in-house, we can provide parts tailored to each application. Additionally, we combine our know-how in 3D printing with our unique expertise in mechanical design to propose new ideas from different perspectives. 【Response Methods】 ■ 3D printing from IGES/STL data ■ Printing proposals for assembly units ■ Demo modeling from hand-drawn 2D drawings ■ Alternative proposals for parts unsuitable for printing, suggesting machined products instead *For more details, please download the PDF or feel free to contact us.

  • 3D Printer

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Achieving fine and complex ceramic shapes! Introducing a light-based 3D printer.

Achieving fine and complex ceramic shapes! Introducing a light-based 3D printer.

This is a light-based 3D printer that makes it possible to create three-dimensional structures that were generally difficult to achieve. It also enables the use of custom materials from customers for printing.

We are currently accepting test modeling applications. Ceramic light shaping using UV-curable resin achieves shapes that are impossible to create with traditional methods, including complex three-dimensional structures. Additionally, we can conduct curing tests using your unique materials. We provide complete support from material development. 【Features】 - No molds required - Complex shapes that are generally difficult to achieve - Hollow structures - No corner radii that cannot be realized with machining - Fine shapes through layer pitch control at the micron level - Curing tests with customer-specific materials. Please feel free to contact us if you have any questions.

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  • Fine Ceramics
  • Processing Contract
  • Other machine tools

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FUNMAT HT

FUNMAT HT

Industrial 3D printer compatible with super engineering plastics. For the production of functional parts and material research and development purposes.

The "FUNMAT" series of 3D printers that can use "super engineering plastics" (super engineering plastics) with particularly excellent performance among engineering plastics. The FUNMAT HT is the most compact desktop 3D printer in the FUNMAT series. The FUNMAT series is developed by the 3D printer manufacturer "INTAMSYS," specializing in high-performance engineering plastic 3D printing. It is an FDM 3D printer designed for the use of super engineering plastics, capable of stably printing not only super engineering plastics but also large engineering plastics that have been difficult to print due to thermal shrinkage and distortion, making it a high-performance 3D printer. It is active in various industrial scenes such as aerospace, research and development, medical, and automotive industries. *For more details, please refer to the PDF document or feel free to contact us.

  • 3D Printer

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Problem-Solving Materials: Utilizing 3D Data 14 | Lightweighting of 3D Printed Models

Problem-Solving Materials: Utilizing 3D Data 14 | Lightweighting of 3D Printed Models

Challenges of large-scale 3D printers: How to achieve both lightweight design models and model strength? A resource for identifying and solving issues in production sites.

This document is a series that proposes solutions to various challenges faced in production sites, from identifying issues to finding resolutions. In the "3D Data Utilization Edition," we will introduce various solutions to manufacturing challenges through the use of 3D data. [Document Overview] In recent years, the proliferation of 3D printers has advanced explosively. In particular, FDM (Fused Deposition Modeling) 3D printers have become more affordable and capable of producing larger models, leading to widespread use among many companies. The introduction of large machines has made it possible to produce models that were previously made in parts all at once, thereby reducing labor hours. However, the increase in production time and weight has become a challenge for large-scale printing, and as the size of printed objects increases, it is necessary to adjust the data to achieve a balance between lightweight design and strength. In this document, we will specifically introduce methods to achieve both lightweighting and strength maintenance, which are challenges in large-scale printing. *You can download the document using the button below.*

  • 3D Printer
  • Other consumables
  • plastic

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Problem-Solving Materials: Utilizing 3D Data 16 | Strength of FDM Printed Models

Problem-Solving Materials: Utilizing 3D Data 16 | Strength of FDM Printed Models

How to incorporate "carbon materials" to solve the strength issues of 3D printers? A resource for identifying and solving challenges in the production field.

This document is a series that proposes solutions to various challenges faced in production sites, from identifying issues to finding solutions. In the "3D Data Utilization Edition," we will introduce various solutions to manufacturing challenges through the use of 3D data. [Document Overview] Among 3D printers, FDM (Fused Deposition Modeling) machines are easy to use and implement, and they have become widespread in many production sites. In recent years, elements that were considered weaknesses of FDM, such as the variety of materials and improvements in model quality, have gradually been addressed. However, the challenge posed by FDM technology is the "insufficient strength of printed models." This document compiles the issue of strength deficiency that most FDM 3D printers face and explains the advantages of carbon materials with "continuous fibers." Additionally, we will introduce 3D printers that adopt a unique printing method based on FDM. *You can download the document using the button below.

  • 3D Printer
  • fiber
  • Composite Materials

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I tried creating a small model with a large 3D printer!

I tried creating a small model with a large 3D printer!

[Mitarepo] I tried creating a small model with a large 3D printer!

"Mitarepo" is a series based on the concept of "I tried doing this!" where we introduce what can be done using various products. We deliver useful information each time from the wide range of product categories handled by System Create. The theme of Vol. 10 is "We tried creating small models with a large 3D printer." We used a large FDM-type 3D printer to create small models. While handling large printers, we receive a lot of feedback, and among them, many people ask, "Can I create both large and small items with just one machine? Is it really possible?" Therefore, we will explain the "finish" that you might be curious about when creating small models with a large machine, along with actual images and comments from our technical staff! *You can download the materials from the button below.

  • 3D Printer
  • Prototype Services
  • Processing Jig

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FDM method 3D printer "CreatBot" series

FDM method 3D printer "CreatBot" series

A 3D printer with ideal specifications required for stable modeling. It achieves reliable modeling with comprehensive standard equipment. *Demonstration available.

The CreatBot series includes six models: the "D1000 HS" and "D600 Pro2 HS," which have large build areas, and the "F430," "PEEK-250," "PEEK-300," and "F160-PEEK," which can use special materials and super engineering plastics. You can choose the optimal 3D printer according to your purpose and needs. [Features] ■ Equipped with a high-temperature nozzle that can handle up to 420℃ With dual nozzles of 420℃ and 260℃, it is possible to combine prints. (PEEK-300 can reach up to 480℃) ■ Table & chamber heater to manage internal temperature By thoroughly controlling the internal temperature, it maintains a uniform temperature throughout the entire model. It can also prevent the effects of changes in indoor temperature, which are easily influenced. ■ Auto-leveling function that keeps the distance between the table and nozzle constant By maintaining a constant distance between the nozzle and the build table, it enables uniform layering and achieves stable printing. You can feel secure even with large prints that take a long time. *The features vary by model. *For more details, please refer to the PDF data available via the download button below.

  • 3D Printer

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I tried out the cost reduction effects of supportless modeling!

I tried out the cost reduction effects of supportless modeling!

[Mitarepo] Tried the cost reduction effects of support-free powder molding! [Low-cost powder molding 3D printer LISA-PRO]

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" From the wide range of product categories handled by System Create, we deliver useful information each time. The theme of Vol. 11 is "We examined the operational effects of support-free 3D printing using powder 3D printers!" It has become common knowledge that "support is necessary" for 3D printing. But don't you think that if 3D printing could be done without support, it could reduce costs? This time, we actually performed support-free printing with a powder sintering 3D printer and carried out post-processing, examining the advantages of support-free printing, such as "ease of post-processing," "cost reduction," and "print quality." "After all, doesn't surface treatment take a lot of effort?" "Isn't the cost difference between having support and not having it negligible?" "Will the roughness of the powder compromise quality?" We will explain these concerns regarding "operational effects" along with actual images and comments from our technical staff! *You can download the materials from the button below.

  • 3D Printer
  • Contract manufacturing
  • Prototype Services

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Powder Sintering Method 3D Printer 'Fuse 1+ 30W'

Powder Sintering Method 3D Printer 'Fuse 1+ 30W'

A highly versatile SLS (Selective Laser Sintering) system that balances ease of use and quality. Anyone can achieve high-quality modeling. *Demonstrations available.

The "Fuse 1+ 30W" is a powder sintering (SLS) 3D printer from Formlabs (powder 3D printer). It condenses a technology that was mainly high-end and expensive into a compact size, achieving both ease of use and quality. [Features] ■ Packaged Forming System The packaged forming system, enabled by the collaborative operation of the Fuse 1+ 30W and Fuse Sift, allows for efficient and clean operation. ■ Easy Operation for Anyone By loading data into the included software "PreForm," you can simply select the material and determine the model's layout to prepare for printing. ■ New Design Material That Does Not Require Nitrogen The specially designed powder material achieves high quality while maintaining material properties without the need for nitrogen. ■ No Support Needed, Reducing Costs and Time Un-sintered powder supports the model, eliminating the need for support material that would otherwise have to be discarded. ■ An Ecosystem with Virtually Zero Waste By mixing approximately 30% of new powder with un-sintered powder, it can be used as recycled powder. *Please view the PDF data from the download button below.

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  • 3D Printer

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Problem-Solving Materials 3D Data Utilization Edition 20 | 3D Printing of Soft Materials

Problem-Solving Materials 3D Data Utilization Edition 20 | 3D Printing of Soft Materials

Cost challenges resolved with large 3D printers! How to reduce costs associated with creating large models? A resource for identifying and solving issues in production sites.

This document is a series that proposes solutions to various challenges faced in production sites, from identifying issues to finding solutions. In the "3D Data Utilization Edition," we will introduce various solutions to manufacturing challenges through the use of 3D data. [Document Overview] As the performance of FDM 3D printers improves, not only the main material PLA but also functional materials such as heat-resistant and high-strength resins have increased. One of these is "soft materials." However, soft materials tend to clog near the print nozzle, and many models cannot print them, making FDM 3D printers generally considered "not good with soft materials." In this document, we will explain the factors that make FDM printers struggle with soft materials, along with the structure of 3D printers, and introduce 3D printers that can resolve these issues. *You can download the document using the button below.

  • 3D Printer
  • Rubber
  • Other polymer materials

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I tried making a lightweight and strong model with Form 3/3L!

I tried making a lightweight and strong model with Form 3/3L!

【Mitarepo】Model weight reduction and strength enhancement with Form 3L × Form 3! We tried improving it into a more functional model!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" From the wide range of product categories handled by System Create, we deliver useful information each time. The theme of Vol.36 is "We tried enhancing the functionality of the model using a combination of Form 3 and 3L!" In the previously introduced Vol.33, we created a model of a magic hand using Form 3L. However, when we actually assembled the model, we discovered issues such as "the main body is heavy" and "the parts lack strength." Therefore, this time we challenged ourselves to improve functionality through weight reduction and strength enhancement. For the magic hand data, we made two changes: - Main body: Weight reduction through hollowing - Parts: Increased toughness using Tough 2000 resin We printed each using Form 3L and Form 3. "Is it possible to create hollow models with the light curing method?" "What does it look like to combine two models?" We will explain the actual verification process along with comments from our technical staff. *You can download the materials from the button below.

  • 3D Printer
  • 3D CAD
  • plastic

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Mitarepo[38] How far can powder 3D printers go in fine expression?

Mitarepo[38] How far can powder 3D printers go in fine expression?

[Review] How capable is the powder sintering 3D printer "Fuse1" in expressing fine details? We tried creating a dinosaur skull!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We deliver helpful information each time from the wide range of product categories handled by System Create. The theme of Vol. 38 is "How finely can powder sintering 3D printers express shapes?" In the materials, we create a detailed model of a Tyrannosaurus skull using the powder material "Nylon 12" from the powder sintering 3D printer "Fuse 1," based on CT scan data. We are testing how finely detailed shapes can be reproduced, including the fine surface textures, small protrusions like teeth, and the complex arrangement of small bones inside the skull. Additionally, we are challenging the expression of raised and recessed lettering as one aspect of detail representation. "Isn't it impossible to achieve fine expressions because the powder is sintered and solidified?" "Even if fine shapes can be reproduced, won't they break?" We will explain these points of concern and verification regarding the use of 3D printers, along with comments from our technical staff. *You can download the materials from the button below.

  • 3D Printer
  • Resin processing machine
  • plastic

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Form3+ adaptable layer pitch that changes the layer thickness of Marsugo.

Form3+ adaptable layer pitch that changes the layer thickness of Marsugo.

Malsugo: Speedy printing on gentle slopes with Form 3+! Explaining the amazing changes in "layer pitch."

Marsgo is a document that picks up the functions and features of various products and introduces the "amazing" aspects of them. This time, we will introduce the "Adaptive Layer Height" of the Form 3+, which changes the layer thickness of 3D printing and optimizes it according to the model shape. The biggest feature of the light-curing method "Form 3+" is that the layering marks that shape the three-dimensional object are hardly noticeable! The model is so intricate that it does not give a sense of layer overlap, earning a solid reputation. However, with the "Form 3+", depending on the shape of the model, layering may be noticeable, especially for models with gentle slopes, which can be affected by the layer thickness. Therefore, what we are introducing this time is the "Adaptive Layer Height" of the Form 3+, which changes the layer thickness according to the model shape. It is an amazing feature that places fine layers only where necessary. You do not need to set the layer thickness distribution yourself; it automatically optimizes according to the model shape. With just a simple setting, you won't have to spend a long printing time, and it is a feature that allows you to pursue the smoothness of the model, so please take a look. *You can download the document from the button below.

  • 3D Printer
  • Other CAD
  • plastic

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