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Printer Product List and Ranking from 641 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.

Printer Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
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. null/null
  3. ミマキエンジニアリング Nagano//Industrial Electrical Equipment
  4. 4 null/null
  5. 5 グーテンベルク Tokyo//Industrial Machinery
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Printer Product ranking

Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.

  1. I measured the dimensions of the work created at each position! システムクリエイト
  2. I tried firing the ceramic model! システムクリエイト
  3. Mitarepo [102] Verification of how far powder removal and polishing can be achieved through automatic processing. システムクリエイト
  4. 4 Mitarepo: Challenging the limits of thin-walled reproduction with a powder sintering 3D printer! システムクリエイト
  5. 5 I tried creating something with recycled ABS pellets! システムクリエイト

Printer Product List

1621～1650 item / All 2912 items

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Problem-Solving Materials: Productivity Improvement Edition 5 | Challenges and Solutions for Small-Batch, Multi-Variety Processing

Problem-Solving Materials: Productivity Improvement Edition 5 | Challenges and Solutions for Small-Batch, Multi-Variety Processing

What are the key points and effective methods to improve productivity in low-volume, multi-variety production? A resource for identifying and solving issues in the production site.

This document is a series that proposes solutions to various challenges faced in production sites, from identifying issues to finding resolutions. In the "Productivity Improvement Edition," we offer solutions aimed at enhancing productivity by streamlining various manufacturing processes and reducing man-hours and costs. In this document, we will introduce key points and effective methods for improving productivity, focusing on the theme of "Enhancing Productivity in Low-Volume, High-Variety Production." [Document Overview] In order to enhance corporate value and differentiate from competitors, it is becoming increasingly difficult to simply implement CAD/CAM and aim for quality improvement. More customers are responding to customer needs by accommodating low-volume production, but many are facing various challenges such as shortening delivery times and reviewing costs. This document summarizes the challenges and factors associated with low-volume processing and presents methods for improving setup processes. *You can download the document using the button below.*

  • Milling machine
  • Other machine tools
  • Milling
  • 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
  • Printer

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I tried out the expression of fine details in Form3!

I tried out the expression of fine details in Form3!

How beautiful can a light curing 3D printer get? We tested its ability to express fine details!

"Mitarepo" is a series based on the concept of "I tried doing this!" where we introduce what can be done using various products. Each time, we deliver useful information from the wide range of product genres handled by System Create. The theme of Vol. 3 is "Trying the expressive power of fine details with Form3 Model Resin!" This time, we tested how beautifully the Form3 dedicated resin "Model Resin," which can reproduce fine details, can create shapes. In the materials, we compared the reproducibility of details and the workability of finishing processes by creating the same data under the same conditions using the widely used "Standard Resin." - Even if it can be beautifully shaped, does the finishing process become even more troublesome? - Does beautiful shaping mean higher costs? We explain these concerns with comments from technical staff and actual screens. *You can download the materials from the button below.

  • Other CAD related software
  • Data conversion software
  • Document and Data Management
  • Printer

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Carbon 3D Printer "Anisoprint Composer"

Carbon 3D Printer "Anisoprint Composer"

This is a 3D printer capable of using continuous carbon fiber composite materials. It reinforces the interior of models with proprietary technology, achieving high strength and lightweight. *Demo available.

The "Anisoprint Composer" series is a 3D printer that uses continuous fibers (carbon/basalt) to easily create high-strength and lightweight models. By adopting unique technology, it maximizes the "anisotropy" inherent in continuous fibers. [Features] ■ "CFC" for simultaneous extrusion of resin and continuous fibers By employing the unique technology "CFC (Composite Fiber Co-Extrusion)," it combines continuous fiber materials and resin materials within the 3D printer. By printing the base and surface of the model with resin and reinforcing the interior with fiber composite materials, it significantly enhances the strength of the model. ■ Ability to create lattice structures with fiber composites It allows the use of lattice shapes made from continuous fibers, enabling models to utilize "anisotropy," which exhibits very high tensile strength and bending strength in the direction of applied loads. ■ Compatible with various resins In addition to genuine PA (nylon), it can use resin filaments from various manufacturers. Materials can be selected according to the desired finish and characteristics of the model. *For more details, please request a catalog or view the PDF data via the download button below.

  • 3D Printer
  • Composite Materials
  • plastic
  • Printer

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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
  • Printer

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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
  • Printer

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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
  • 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
  • Printer

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Mita Repo: How much high temperature can heat-resistant materials for 3D printers withstand?

Mita Repo: How much high temperature can heat-resistant materials for 3D printers withstand?

【Mitarepo】How high a temperature can 3D printer materials withstand? We tested it with the 'Form 3'!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We deliver useful information each time from the wide range of product categories handled by System Create. The theme of Vol. 21 is "How high of a temperature can heat-resistant materials for 3D printers withstand?" This time, we used the heat-resistant material HTM from the light-curing 3D printer "Form 3" to create a plate and tested how much high temperature it can endure. The materials will examine differences in deformation due to thickness, how soft it becomes after being heated for a certain period, and whether deformation occurs when actually bent. "Even though it's called heat-resistant, isn't the temperature not that high since it's a 3D printer material?" "The load deflection temperature in the material property table makes it hard to understand the actual heat resistance!" We will explain the "usable temperature" concerning heat-resistant model production, along with photos of the work process and results, as well as comments from the technical staff! *You can download the materials from the button below.

  • 3D Printer
  • Resin processing machine
  • plastic
  • Printer

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I tried investigating Form3 high-speed material draft resin!

I tried investigating Form3 high-speed material draft resin!

【Mitarepo】Form 3 / Dramatic reduction in modeling time! We thoroughly investigated whether it really becomes one-third!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We will deliver useful information each time from the wide range of product genres handled by System Create. The theme of Vol. 22 is "Thorough Investigation of the High-Speed Draft Resin for Form 3!" This time, we used the high-speed draft resin capable of rapid printing with the light-curing 3D printer "Form 3" to investigate how much time can actually be saved. We printed both the high-speed draft resin (layer pitch 200/100μm) and the standard resin (gray/layer pitch 100μm) and compared the required printing times. We will examine and explain the two features that enable high-speed printing: "large layer pitch" and "short curing time." "How fast can high-speed materials be printed?" "Why is it faster than other materials?" We will provide explanations along with actual model images of the draft resin and verification data on printing times. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Prototype Services
  • Printer

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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.

  • fuse1_detail.jpg
  • fuse1_sagyo1.jpg
  • fuse1_sagyo2.jpg
  • fuse1_sagyo3.jpg
  • fuse1_sagyo4.jpg
  • fuse1_sagyo5.jpg
  • fuse1_sagyo6.jpg
  • 3D Printer
  • 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
  • Printer

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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
  • Printer

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How much can we reduce the weight just by changing the materials?

How much can we reduce the weight just by changing the materials?

[Mitarepo] Challenging lightweight 3D printing! We tested how much we could reduce weight just by changing the materials!

"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 genres handled by System Create, we deliver useful information each time. The theme of Vol. 37 is "How much can we reduce weight just by changing materials?" Various types of materials for FDM 3D printers have started to be sold and utilized. Our company also handles a number of materials, but at one point, while going through the TDS, I noticed the "specific gravity" section and suddenly thought, "Wouldn't the weight change if we change the material for the same model?" In this document, we created the same flat model using PLA, which is commonly used in FDM 3D printing, and carbon fiber reinforced nylon material PA12-CF, which has a lower specific gravity than PLA according to the TDS. *You can download the document from the button below.

  • 3D Printer
  • plastic
  • Other polymer materials
  • Printer

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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
  • Printer

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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
  • Printer

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I tried creating a test piece with Fuse1+30W!

I tried creating a test piece with Fuse1+30W!

【Mitarepo】I tried creating a test piece with Fuse 1 + 30W!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We will deliver useful information each time from the wide range of product genres handled by System Create. The theme of Vol. 49 is "We tried creating a test piece with Fuse 1 + 30W!" In July, the "Fuse 1 + 30W," equipped with high-output laser and nitrogen filling capabilities, and capable of using high-performance materials with excellent rigidity and strength, was announced as a new addition to the Fuse 1 series. Since then, we have received many inquiries. The first unit of the "Fuse 1 + 30W" has arrived at our company. This time, we will conduct setup, various operation checks, test piece creation, and dimensional reproducibility verification in accordance with the inspection process we carry out for each "Fuse 1" upon arrival. We will explain questions and concerns about the new product, such as "What is different from Fuse 1?" and "Are there differences in operation and print quality?" along with images and measurement results. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Prototype Services
  • Printer

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I tried FDM printing with a carbon printer.

I tried FDM printing with a carbon printer.

[Mitarepo] Testing the potential of a carbon composite 3D printer! Tried FDM printing using only PLA! | System Create

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We will deliver useful information each time from the wide range of product genres handled by System Create. In Vol. 51, we tested what kind of precision models can be created with PLA printing using the "Anisoprint Composer." The "Anisoprint Composer" is a composite 3D printer that can create models while incorporating carbon fibers. The ability to freely add carbon is attractive, but its frequency of use varies depending on the model's application and cost conditions. There may be those who want to include carbon at critical times but prefer to mainly use general-purpose resin on a daily basis...! Therefore, we conducted printing with PLA to verify what kind of precision models can be created. "Can it be printed beautifully?" "Is there a difference in the models compared to other FDM machines?" We will explain the finishing of the models along with actual images and dimensional measurement results. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Composite Materials
  • Printer

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I tried painting a model made with Nylon 12!

I tried painting a model made with Nylon 12!

"Can beautiful painting be done on sculptures?! We tried painting on 'Fuse1' nylon 12!" | System Create

"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 genres handled by System Create, we deliver useful information each time. In Vol. 52, we painted a model made of nylon 12 using the powder sintering layered 3D printer "Fuse 1." The "Fuse 1," a powder sintering 3D printer, is highly functional and can be utilized in various scenes. It seems that there are increasing cases where prototypes are not only created for shape confirmation but are also actually incorporated as parts, leveraging their characteristics. In this context, we have received requests to paint models used in proposals and presentations to clarify the feel and completion image. Therefore, this time, we painted a sample of nylon 12 printed with the Fuse 1. "Can I paint it as I imagined?" "What will the texture be like?" We will explain the painting process and the product's texture along with images, addressing any questions or concerns. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Prototype Services
  • Printer

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I tried creating a new material with Fuse 1 +30W!

I tried creating a new material with Fuse 1 +30W!

[Mita Repo] Tried 3D printing the new powdered material 'Nylon 11CF' blended with carbon fiber using Fuse 1+ 30W! | System Create

"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 genres handled by System Create, we deliver useful information each time. In Vol. 54, we created test pieces using the new material "Nylon 11CF" for the SLS 3D printer "Fuse 1 +30W" and examined its dimensional reproducibility. Carbon fiber reinforced resin, which achieves excellent strength and heat resistance while being lightweight, is utilized in various applications across industries and is also expanding in the 3D printing industry. In this context, Formlabs announced the carbon fiber reinforced material "Nylon 11CF" as a new material for the SLS 3D printer "Fuse 1 +30W." Therefore, we quickly created test pieces used for inspection upon arrival. Are there differences compared to other materials? How accurately can dimensions be reproduced? We explain questions and points of interest regarding Nylon 11CF, along with images and measurement results. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Composite Materials
  • Printer

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I tried removing the powdered material remaining in the hollow part of the mitarepo!

I tried removing the powdered material remaining in the hollow part of the mitarepo!

【Mitarepo】I tried removing the residual powder material inside the model created with an SLS method 3D printer! | System Create

"Mitarepo" is a series that introduces what can be done using various products, based on the concept of "I tried doing this!" From the wide range of product categories handled by System Create, we deliver useful information each time. In Vol. 57, we used the SLS method 3D printer "Fuse 1+30W" to create a model with a complex internal shape and tested whether we could cleanly remove the powder left inside. The SLS method 3D printer has the advantage of being able to create support-free structures, unlike other printing methods. Therefore, it can produce complex shapes that are difficult to achieve with other methods. However, since the uncurled powder laid out functions as a substitute for support, hollow areas may remain filled with powder. Nevertheless, the powder left inside should be removable with the SLS method. In this document, we challenge the removal of powder remaining inside the model! We will thoroughly check the invisible interior using a CT scanner. We will explain whether it is truly possible to cleanly remove the powder material left inside, along with the removal process and CT scan images. *You can download the document using the button below.

  • 3D Printer
  • plastic
  • Other polymer materials
  • Printer

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I tried combining metals to create a unified sculpture!

I tried combining metals to create a unified sculpture!

[Mitarepo] Layering different metals with a metal 3D printer! We tried combining materials for integrated manufacturing! | System Create

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We deliver useful information each time from the wide range of product genres handled by System Create. In Vol. 59, we tried creating a model by combining different metals using "2CREATE." The compact metal printer is easy to handle and allows for easy material changes, which is a great feature. With this, it might be possible to change materials midway! Aren't you interested in creating metals that are fused together from different types? So, in between prints, we changed materials and created a model made from two types of materials! This is the first attempt to utilize the flexibility of material selection in 2CREATE and the characteristics of a 3D printer that sinters metal powder with a laser. "Doesn't changing materials in a metal printer take a long time?" "Is it really possible to combine metals in 3D printing?" We will explain the flow of material changes and the finish of the model along with actual images. *You can download the materials from the button below.

  • 3D Printer
  • Other metal materials
  • Printer

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Mitarepo [64] Tough 2000 Checking the tightening torque of the resin!

Mitarepo [64] Tough 2000 Checking the tightening torque of the resin!

【Mitarepo】How much torque can it withstand with the work created in Form 3+!? I tried tightening it with a Helicoil!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We deliver useful information each time from the wide range of product genres handled by System Create. In Vol. 64, we used a type of material from the Form 3+, the Tough 2000 resin, to incorporate a helicoil and test its tightening. The Form 3+ is well-received because it allows users to choose materials from a diverse lineup according to their applications. This time, we are focusing on "Tough 2000 resin," which has properties similar to ABS and excels in strength and impact resistance. Common inquiries regarding this material include: "Can it be tapped?" "Can a helicoil be incorporated?" These are the two main questions. Therefore, this time we performed tapping on a workpiece made from Tough 2000 resin to verify how much tightening torque it can withstand. In the documentation, we created three types of female threads, tightened the screws, and explained the torque measurements with numerical data and images. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Other polymer materials
  • Printer

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I soaked the Mita Repo [67] Rigid 10K in a chemical solution and examined the changes!

I soaked the Mita Repo [67] Rigid 10K in a chemical solution and examined the changes!

[Mitarepo] Can the model withstand chemicals? We immersed the Form 3+ rigid 10K in chemicals to investigate the changes! | System Create

"Mitarepo" is a series based on the concept of "I tried doing this!" where we introduce what can be done using various products. From the wide range of product categories handled by System Create, we deliver useful information each time. In Vol. 67, we investigated what changes occur when one of the materials for the Form 3+, "Rigid 10K Resin," is immersed in chemicals! The "Form 3+" has received positive feedback for allowing users to select materials according to their applications from a rich lineup. The "Rigid 10K Resin" featured this time is noted for having the highest rigidity among the Form 3+ resins, but it is also claimed to have excellent chemical resistance. However, there is little information related to chemical resistance for 3D printer models, leading to an increase in inquiries such as, "Will it dissolve or crack?" and "Will this chemical have any effect?" In the materials, we prepared three types of chemicals and immersed test pieces for 24 hours to explain what effects they experience, along with numerical data and images showing the changes. *You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Chemicals
  • Printer

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I tried remote control and continuous modeling with Mita Repo [71] Form Auto!

I tried remote control and continuous modeling with Mita Repo [71] Form Auto!

【Mitarepo】Remote control of Form 3+!! Tried continuous molding with "Form Auto"!

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We deliver useful information each time from the wide range of product categories handled by System Create. In Vol. 71, we used the newly launched "Form Auto" expansion unit for the Form 3/Form 3+ from Formlabs to remotely print two models in succession. In offices, the installation space for 3D printers tends to be limited, but when you are in a different location, preparation, post-processing, and moving or waiting for the next print can be necessary. "Form Auto" automates the manual tasks associated with printing on the Form 3+, allowing for continuous printing, monitoring of operational status, and job management even when you are not nearby! "Can I check the printing status from anywhere?" "Can I stop the print or change the job order remotely?" We will explain the flow of remote operation and the state of the models in the bucket after the continuous printing is completed, along with actual images and operation screens. You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Other CAD
  • Printer

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Large FDM 3D Printer "Modix BIG Series"

Large FDM 3D Printer "Modix BIG Series"

This is an FDM (Fused Deposition Modeling) 3D printer assembly kit that allows anyone to easily start large-scale modeling. *Demonstrations available.

The "Modix BIG Series" is an FDM (Fused Deposition Modeling) 3D printer assembly kit that allows anyone to easily start large-scale printing. It is equipped with various features, including an automatic correction function to ensure stable printing. [Features] ■ Automatic leveling correction The level of the table significantly affects the quality of the model, making leveling an important process. The "Modix BIG Series" can be set up completely automatically, allowing for proper preparation before printing. ■ Easy gap adjustment even for beginners Manual adjustments are no longer necessary. It eliminates discrepancies in settings caused by different operators, enabling anyone to easily and accurately adjust the gap. ■ Expanded operational range with dual extruders By adopting an IDEX (Independent Dual Extruder) print head, the two print heads operate independently. This allows for printing with two different materials simultaneously. Additionally, in the event of a material run-out, the print head can automatically switch to continue printing without interruption. *For more details, please request a catalog or view the PDF data from the download button below.

  • 3D Printer
  • Printer

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Switching the Marsgo print head for continuous 3D printing! Modix

Switching the Marsgo print head for continuous 3D printing! Modix

Even if the material runs out, the automatic print head switching allows for continuous printing! We will explain the amazing features of the 3D printer assembly kit "Modix BIG Series"!

Marsgo is a document that picks up the functions and features of various products and introduces the "amazing!" aspects. This time, we will introduce the "Modix BIG Series," a large-scale Fused Deposition Modeling (FDM) 3D printer assembly kit capable of producing large models. In recent years, there has been increasing attention on large 3D printers as more people want to create larger models in one go. In the process of creating such large models, material replacement is an inevitable occurrence. Most commercially available materials are typically 1 kg, and even the larger ones are usually up to 3 kg, which means that material replacement is needed about 2 to 3 days after starting the print. However, material replacement during the night or on holidays, as well as the need for regular checks for material replacement, are processes that we want to minimize as much as possible. Therefore, one of the features we are introducing this time is the "automatic filament switching" of the Modix BIG Series. If the material runs out during printing, it automatically switches to another print head to continue the process, which is an amazing feature! The document provides an overview of the automatic switching process of the print heads and how it works, so please take a look. *You can download the document using the button below.

  • 3D Printer
  • plastic
  • Engineering Plastics
  • Printer

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I tried incorporating carbon into soft biocompatible materials for shaping!

I tried incorporating carbon into soft biocompatible materials for shaping!

[Mitarepo] Soft Biocompatible Resin x Carbon!? Tried 3D Printing with Carbon Composite using the "Composer"! | System Create

"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 genres handled by System Create, we deliver useful information each time. In Vol. 77, we used the carbon composite 3D printer "Anisoprint Composer," which allows for the incorporation of carbon long fibers into the model during the printing process, to create a model using soft biocompatible resin mixed with carbon long fibers. Until now, we have been incorporating carbon fiber into commonly used materials like PLA and ABS. The ability to freely choose commercially available materials is one of the attractions of the Composer. Having sufficiently handled the printing of general-purpose materials, this time we challenged ourselves with a somewhat unusual material: "soft materials"! What kind of model will be created with this unusual combination of a soft material like rubber and the highly anisotropic carbon? We will explain the characteristics and appearance of the printed model along with images. You can download the materials from the button below.

  • 3D Printer
  • Composite Materials
  • plastic
  • Printer

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[Marsgo] Automatic nozzle gap adjustment is complete! Modix

[Marsgo] Automatic nozzle gap adjustment is complete! Modix

Automatic nozzle gap adjustment is completed!! We will explain the amazing features of the 3D printer assembly kit "Modix BIG Series"!

Marsugo is a document that picks up the functions and features of various products and introduces the "amazing!" aspects. This time, we will introduce the "Modix BIG Series," a 3D printer assembly kit capable of large-scale modeling using the Fused Deposition Modeling (FDM) method. Recently, FDM 3D printers have been utilized in a wide range of fields, and the sizes and shapes of the models being created have become increasingly diverse. One of the key points for successfully creating such various models is the adjustment of the gap between the nozzle and the table. Gap adjustment is often done by relying on human tactile sensation using a gap gauge, making it a challenging task to maintain uniform quality. However, with the large-format 3D printer "Modix," this can be done easily! By simply installing a dedicated tool, the system automatically measures the values, ensuring optimal gap adjustment regardless of who performs it. The document provides an introduction to the method of gap adjustment and its mechanism, so please take a look. *You can download the document using the button below.

  • 3D Printer
  • plastic
  • Engineering Plastics
  • Printer

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I checked the shaping and finishing with a high-flow nozzle!

I checked the shaping and finishing with a high-flow nozzle!

[Mitarepo] I tried using a high-flow nozzle for high-speed 3D printing! | System Create

"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We deliver useful information each time from the wide range of product genres handled by System Create. In Vol. 80, we actually created a large model using one of the abundant option parts of the large 3D printer "Modix" series, the Super Volcano Nozzle. The modular large FDM 3D printer "Modix" series is equipped with option parts that can meet various user demands. One of these, the high-flow hot end "Super Volcano Nozzle," has a large melting area, allowing for high-speed printing. In the previous Mitarepo "Super Volcano Nozzle Speed Test," we exceeded the typical speed of 60mm/s and were able to print without issues at 100mm/s. This time, we explain whether it is possible to create a three-dimensional sample at a feed rate of 100mm/s, along with images and comments on the results. You can download the materials from the button below.

  • 3D Printer
  • plastic
  • Prototype Services
  • Printer

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