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3D Printer Product List and Ranking from 282 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

3D Printer Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 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. ホッティーポリマー Tokyo//Resin/Plastic
  3. 岡本化学工業株式会社 Saitama//Resin/Plastic
  4. 4 null/null
  5. 5 フュージョンテクノロジー 本社 Tokyo//Industrial Electrical Equipment
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3D Printer Product ranking

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. Stable extrusion of soft materials! Pellet head structure Tumaker システムクリエイト
  2. Metal 3D printer "XactMetal" システムクリエイト
  3. Pellet + FDM Hybrid 3D Printer 'Tumaker' システムクリエイト
  4. 3D Printer for Manufacturing Sites 'GX-1000 Series'
  5. 4 FDM method large 3D printer D600 Pro2 HS システムクリエイト

3D Printer Product List

601～630 item / All 830 items

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L-DEVO　F2030TP　PLUS

L-DEVO　F2030TP　PLUS

The definitive version of the small model.

The "L-DEVO" is a 3D printer that solves the common issues of modeling quality found in previous FDM (Fused Deposition Modeling) 3D printers with significantly improved modeling precision. Additionally, it adopts a data transfer method using a USB memory stick (included), freeing users from the stress of being tied to a PC for long periods. Our company also offers comprehensive after-sales support, so please feel free to consult us if you have any requests. 【Features】 ■ Simplified basic operations through a touch panel for ease of use by anyone ■ Printing via USB cable connection with security considerations ■ Improved pause and resume functionality for printing ■ Added backup function for prints in progress

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L-DEVO　F300TP PLUS

L-DEVO　F300TP PLUS

Flagship model with further refined functionality and safety features.

The "L-DEVO" is a 3D printer that solves the common modeling quality issues found in conventional FDM (Fused Deposition Modeling) 3D printers with significantly improved modeling precision. Additionally, it adopts a data transfer method using a USB memory stick (included), freeing users from the stress of being tied to a PC for long periods. Our company also offers comprehensive after-sales support, so please feel free to consult us if you have any requests. 【Features】 ■ Simplified basic operations through a touch panel for ease of use by anyone ■ Printing via USB cable connection with security considerations ■ Improved pause and resume functionality for printing ■ Added backup function for prints in progress

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L-DEVO　M4040TP

L-DEVO　M4040TP

Large model with the largest area in the series, dedicated PLA machine.

The "L-DEVO" is a 3D printer that solves the common modeling quality issues found in previous FDM (Fused Deposition Modeling) 3D printers with significantly improved modeling accuracy. Additionally, it adopts a data transfer method using a USB memory stick (included), freeing users from the stress of being tied to a PC for long periods. Our company also offers comprehensive after-sales support, so please feel free to consult us if you have any requests. 【Features】 ■ Simplified basic operations through a touch panel for ease of use by anyone ■ Printing via USB cable connection with security considerations ■ Improved pause and resume functionality for printing ■ Added backup function for prints in progress

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IMTAM Performance High-Performance Material Filament

IMTAM Performance High-Performance Material Filament

PEEK, PEI, PPSU, PPS, PEKK lineup

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
  • 3D Printer

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Basics of 3D Printers: Key Points for Operating Slicing Software

Basics of 3D Printers: Key Points for Operating Slicing Software

Improve the quality of 3D printing! Key points for operating slicing software, such as "orientation" and "segmentation," are included.

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.

  • 3D Printer
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  • 3D Printer

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[Information] FUNMAT HT ABS Printing Course

[Information] FUNMAT HT ABS Printing Course

Introducing "Three" Key Points of ABS Printing Using FUNMAT HT

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.

  • 3D Printer
  • 3D Printer

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[Information] FUNMAT HT Super Engineering Plastic Printing Course

[Information] FUNMAT HT Super Engineering Plastic Printing Course

Shapes that cannot be achieved with cutting machines can be printed! Thorough examination of the practicality of PEEK printing.

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.

  • 3D Printer
  • 3D Printer

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RAY SHAPE Industrial Light Stereolithography 3D Printer DLP Method High-Speed Printing

RAY SHAPE Industrial Light Stereolithography 3D Printer DLP Method High-Speed Printing

High-definition printing with light shaping (DLP method). A wide variety of resins are available at competitive prices, which also helps reduce running costs.

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

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Case study: Quickly producing yacht parts with a 3D printer.

Case study: Quickly producing yacht parts with a 3D printer.

Realizing printing with high-performance materials! Introducing examples of utilization in custom-made yachts.

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.

  • 3D Printer
  • 3D Printer

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Differences between FDM and SLA methods of 3D printers.

Differences between FDM and SLA methods of 3D printers.

Explaining the differences between FDM and SLA methods! It is important to understand the basic differences and use them accordingly.

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.

  • 3D Printer
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Specific issues that commonly occur with 3D printers and their countermeasures.

Specific issues that commonly occur with 3D printers and their countermeasures.

It's important to be aware of common mistakes that are likely to occur! An explanation of the failures that are likely to happen with FDM 3D printers.

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.

  • 3D Printer
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3D printer "MOMENT"

3D printer "MOMENT"

A 3D printer with a compact body that achieves desktop size.

The "MOMENT" is a 3D printer with a compact desktop-sized body that can achieve a maximum print size of W145×D145×H160(mm). It features individually cooled fans for the extruder drive motor and the nozzle tip, ensuring stable operation and printing with dual fans. 【Features】 ■ Comfortable accessibility that allows immediate use after unboxing ■ Bundled with high-performance 3D printer software ■ No need for leveling the bed (build plate) thanks to the "Moment Leveling System" ■ Enhanced visibility with LED lighting ■ Equipped with a maintenance-free nozzle *For more details, please download the PDF or contact us.

  • 3D Printer
  • 3D Printer

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Research and development 3D printer 'NJB-200HT'

Research and development 3D printer 'NJB-200HT'

Equipped with a thermocouple and heater that can measure temperatures above 400℃! Mainly used for research and development purposes.

The "NJB-200HT" is a 3D printer based on the conventional "NJB-200," designed to accommodate variable temperatures for the nozzle and molding table up to higher temperatures. The nozzle section, which melts the filament, is equipped with a thermocouple heater capable of measuring temperatures above 400°C. The work table used for shaping printed objects features a silicone rubber heater that can handle temperatures up to 150°C and heat-resistant glass. Additionally, it can be used for the development of materials that melt at lower temperatures, starting from 80°C. 【Features】 ■ Nozzle temperature range: 80–400°C, table temperature up to 150°C ■ Based on the simple and popular "NJB-200" ■ Equipped with a thermocouple and heater capable of measuring temperatures above 400°C in the nozzle section ■ The work table uses a silicone rubber heater that can handle temperatures up to 150°C and heat-resistant glass *For more details, please refer to the PDF document or feel free to contact us.

  • 3D Printer
  • 3D Printer

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3D printer "NJB-777"

3D printer "NJB-777"

The possibility of creating large-scale sculptures is greatly expanded, allowing for the production of 1:1 life-size mockups.

The "NJB-777" is a large 3D printer that uses a fused deposition modeling method and can create objects with dimensions of 700mm in width, 700mm in depth, and 700mm in height. Since it can use commercially available filaments, material costs are low, making large-scale printing possible. Additionally, unlike the conventional NinjaBot series, the print objects are larger and heavier, so the build table is fixed, and the print head itself moves in the XY direction while ascending and descending. 【Features】 ■ Made to order ■ Build size: 700mm width × 700mm depth × 700mm height ■ Fused deposition modeling method ■ Greatly expands the possibilities for manufacturing 1:1 scale mock-ups *For more details, please refer to the PDF document or feel free to contact us.

  • 3D Printer
  • 3D Printer

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Factor 4

Factor 4

Factor 44 achieves even higher molding precision and reproducibility with industrial-grade quality.

The UltiMaker Factor 4 is a 3D printer that solves manufacturing challenges from prototyping to final products. It was developed to enhance the development capabilities, productivity, and precision of essential tools and machine parts in business. It allows for a reduction in subjective aspects of factory process management. With a large build size, direct dual material extrusion, and real-time reporting of the printing process, it streamlines the manufacturing site and achieves unparalleled business management and stability.

  • 3D Printer
  • 3D Printer

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Form 4L

Form 4L

Evolution from Form 3 series, new large-format resin printer.

The Formlabs Form 4 series 3D printer is a very user-friendly 3D printer suitable for a wide range of users, from beginners to advanced users. The operation method, as well as the setup for printing, is automatically handled by Formlabs' proprietary software, making it easy for beginners to use. The build size is also large, capable of printing objects up to the size of a car steering wheel. Additionally, not only the 3D printer but also the materials and post-processing machines are managed exclusively by Formlabs, resulting in fewer failures during printing.

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Bambu Lab H2D

Bambu Lab H2D

Supports high-speed, multi-color 3D printing with multiple materials using a dual nozzle.

Bambu Lab H2D The Bambu Lab H2D features dual-core printing: creating multi-color shapes with materials of different properties. It allows for multi-material printing: completing composite prints with soft and hard materials in one go at a low cost. It efficiently performs multi-color printing: creating vibrant multi-color shapes quickly and accurately. Additionally, you can expand its functionality with optional features such as laser engraving, digital cutting, and pen drawing (using respective module add-ons). By using the AMS (Automatic Material System) 2 Pro, you can automate filament loading, unloading, and spool switching, enabling continuous printing.

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FABRIAL R filament

FABRIAL R filament

Soft and supple, a material that conforms to the skin. Safety has also been confirmed through biocompatibility testing.

This product is a filament made from a material that has biocompatibility and flexibility. It is a special elastomer (TPE) that excels in flexibility, abrasion resistance, and low water absorption, and its safety has been confirmed through biocompatibility testing (in accordance with ISO 10993), which has a proven track record in the medical field. We offer it in a natural color. 【Features】 ■ Soft and supple ■ Adapts well to the skin ■ Excellent flexibility, abrasion resistance, and low water absorption *For more details, please refer to the PDF document or feel free to contact us.

  • others
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Commissioned Modeling: NCI 3D Printer Output Service

Commissioned Modeling: NCI 3D Printer Output Service

We provide a wide range of modeling services through collaboration with many partner companies.

NCI Sales Co., Ltd. offers the "NCI 3D Printing Service." We provide a variety of 3D printing methods, including Fused Deposition Modeling, Stereolithography, Selective Laser Sintering, and Inkjet, enabling a wide range of shapes. We support printing with over 20 materials, including PLA, ABS, patented functional resins, and biodegradable resins. With no need for molds, we can create prototypes or final products starting from just one piece, leading to time savings and cost reductions compared to traditional methods. 【Features】 ■ Four types of 3D printing methods: Fused Deposition Modeling, Stereolithography, Selective Laser Sintering, and Inkjet ■ Capable of a wide variety of shapes ■ Supports printing with over 20 materials ■ Prototypes or final products can be created from just one piece ■ We can suggest suitable shapes and materials based on your application *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing
  • 3D Printer

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[Technical Introduction] High-strength Aluminum Alloy for Metal 3D Printers

[Technical Introduction] High-strength Aluminum Alloy for Metal 3D Printers

It demonstrates a high tensile strength of about 400 to 500 MPa without causing distortion!

At JAMPT, we are working on utilizing a new aluminum alloy powder for metal 3D printers in new applications through additive manufacturing, based on a patent implementation agreement. In the realm of aluminum alloy powders for metal 3D printing, the Al-10%Si-0.4%Mg alloy is widely known. The newly developed alloy with added Mn has been confirmed to exhibit high tensile strength of around 400-500 MPa without causing distortion. For the manufacturing process, a laser-based metal 3D printer is used, and there is no need to perform the conventional T6 treatment (solution treatment at 530°C ⇒ water quenching ⇒ aging). 【Chemical Composition (%)】 ■Si: 7 ■Mg: 0.7 ■Fe: ≦0.3 ■Mn: 1.5 ■Al: bal. *For more details, please refer to the PDF document or feel free to contact us.

  • alloy
  • 3D Printer

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Introduction to Metal 3D Printers

Introduction to Metal 3D Printers

We propose the optimal 3D printing solution from our extensive lineup of metal 3D printers!

Our company is the largest metal 3D printer technology service provider in the country, owning a wide variety of metal 3D printers (8 units). We offer contract manufacturing services, product development support services, and material development support services, utilizing the latest 3D printer technology to meet the diverse needs of customers considering new initiatives. We have state-of-the-art metal 3D printers using electron beam and laser methods, capable of handling a wide range of materials including copper, aluminum, titanium, nickel alloys, stainless steel, maraging steel, and SKD materials. ■ Electron Beam Method (EB-PBF): 3 units ■ Laser Beam Method (LB-PBF): 4 units ■ Laser Deposition Method (LB-DED): 1 unit

  • 3D Printer
  • 3D Printer

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Comparison of Features between Electron Beam and Laser Beam Methods in Metal 3D Printing

Comparison of Features between Electron Beam and Laser Beam Methods in Metal 3D Printing

Comparing the output and layer thickness of the "electron beam method" and the "laser beam method"!

Our company offers contract manufacturing services using metal 3D printers. In metal 3D printers that use metal powder, there are two types of heat sources for melting the powder: "electron beam" and "laser beam." The "electron beam" has a higher output compared to the "laser beam," resulting in faster manufacturing speeds. In the "electron beam" method, a pre-sintered state is created to prevent the charging of metal powder, and since it is manufactured at high temperatures, there is less residual stress after manufacturing. This also reduces distortion and cracking due to internal stress, and less support material is required. In the "laser beam" method, smaller powder particle sizes are used, which results in slower manufacturing speeds, but it excels in surface roughness of the manufactured products and is suitable for creating relatively fine structures. 【Features】 ■ Electron Beam Method - Fast manufacturing speed - Requires less support material, providing excellent cost competitiveness - Almost no residual stress occurs after manufacturing, suppressing distortion and cracking due to internal stress ■ Laser Beam Method - Uses powder with small particle sizes - Extremely excellent surface roughness of the products, suitable for creating fine structures *For more details, please refer to the PDF document or feel free to contact us.

  • 3D Printer
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Manufacturing of PREP powder for metal 3D printers

Manufacturing of PREP powder for metal 3D printers

We are producing metal 3D printer powders with high sphericity, no satellites, and no gas defects using the Plasma Rotating Electrode (PREP) method.

Our company manufactures PREP powder for metal 3D printers. PREP powder for metal 3D printers is produced using the Plasma Rotating Electrode Process (PREP) and is characterized by "high sphericity," "absence of satellites," and "no gas defects within the powder." Objects created with PREP powder demonstrate high fatigue strength even without HIP treatment or heat treatment, confirming a reduction in build time and costs compared to conventional powders. Currently, the use of simulations in metal 3D printing is advancing, but simulations assume a 100% sphericity for the material powder. Conventional atomized powders have lower sphericity, leading to discrepancies between simulation results and actual build outcomes. However, with PREP powder, which has nearly 100% sphericity, this concern is eliminated. For specific data, please refer to the downloadable materials.

  • Other metal materials
  • 3D Printer

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Manufacturing of heat sinks using metal 3D printers.

Manufacturing of heat sinks using metal 3D printers.

You can create heat dissipation materials with free shapes using high thermal conductivity materials (copper, aluminum) with a metal 3D printer!

Our company manufactures heat sinks using metal 3D printers. Heat sinks are mechanical components designed for heat dissipation and absorption. We can quickly respond to prototype requests and subtle shape changes during the prototyping stage. We offer a variety of materials, including pure copper with an overwhelmingly high thermal conductivity, relatively lightweight aluminum alloys with high thermal conductivity, and intermediate copper alloys. Please consider the production of high-performance heat sinks utilizing thin plate fin structures and lattice structures to increase specific surface area. For more details, please refer to the downloadable materials.

  • Prototype Services
  • 3D Printer

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[Coronavirus Measures] Please utilize high antibacterial pure copper through metal 3D printing.

[Coronavirus Measures] Please utilize high antibacterial pure copper through metal 3D printing.

By applying a metallic 3D coating on the surface of pure copper instruments that come into contact with the human body, we can eliminate the coronavirus!

Our company specializes in manufacturing and shaping using pure copper. It has been confirmed that the coronavirus attached to pure copper dies at a rate of 96% within 2 hours and over 99% within 5 hours. Please refer to the downloadable materials for specific data. Metals like stainless steel, which are used in many instruments, do not have this effect. Pure copper is a metal with high reflectivity, making it difficult to shape appropriately as it reflects laser beams, but our company has made it possible to shape pure copper using electron beams. We are the only company in Japan capable of shaping pure copper. Please share your ideas for applying this to your products.

  • Steel
  • 3D Printer

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[Examples of Metal 3D Printer Utilization] Molds

[Examples of Metal 3D Printer Utilization] Molds

By optimizing the cooling channels of molds with a metal 3D printer, the cooling effect can be enhanced, preventing sticking, extending lifespan, and improving the quality of molded products.

Our company, which provides contract manufacturing services using metal 3D printers, also specializes in the production of molds unique to metal 3D printing. We can design and arrange internal cooling channels that conform to mold shapes, which is impossible with traditional machining. Molds with high cooling efficiency will improve the production efficiency of your manufacturing line. We achieve low costs through a hybrid manufacturing method that produces the base material using traditional machining while adding complex shapes with a metal 3D printer. Please feel free to contact us for prototypes, delivery times, estimates, or any questions you may have. For more details, please refer to the downloadable materials.

  • 3D Printer
  • 3D Printer

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Metal 3D printers can create extremely fine lattice structures.

Metal 3D printers can create extremely fine lattice structures.

Please consider the use of metal 3D printers for lightweighting heat dissipation and heat absorption materials (heat sinks/heat exchangers) and components (topology optimization).

Our company specializes in the creation of extremely fine lattice structures using metal 3D printers. We are capable of producing finer lattice structures compared to the standard lattice structures equipped in metal 3D printers. With an increased specific surface area, reactivity and heat dissipation/absorption properties are enhanced, so please consider utilizing this for your heat sinks. Applications for weight reduction through topology optimization/DfAM are also possible. For specific lattice structures (wire diameter, pitch), please refer to the downloadable materials.

  • Prototype Services
  • 3D Printer

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Examples of using metal 3D printers in jigs and tools.

Examples of using metal 3D printers in jigs and tools.

By utilizing metal 3D printers, we achieved weight reduction of fixtures through the use of lightweight steel types and a hollow structure. We were also able to improve processing efficiency and safety.

As a jig for NC lathes, we proposed the use of lightweight and high-strength titanium alloy for metal additive manufacturing to customers who have previously used iron-based materials. By adopting a hollow structure, we achieved a 50% reduction in weight, which increased the rotation rate of the NC lathe by 20%, resulting in a 15% improvement in productivity. Furthermore, the reduction in jig weight allowed operators to handle it with one hand, enhancing both safety and work efficiency. Your jigs may also expand into new possibilities by utilizing metal 3D printing. Please feel free to contact us for prototypes, delivery times, estimates, or any questions you may have.

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Support service for redesign utilizing metal 3D printers

Support service for redesign utilizing metal 3D printers

Possibilities expanding with designs based on 3D printing. If you are struggling with issues such as weight reduction, longevity, or high strength, please feel free to consult with us.

In Japan's additive manufacturing, we offer a "Design Review Support Service Utilizing Metal 3D Printers" in collaboration with Tokyo R&D Co., Ltd. By designing with "DfAM (Design for Additive Manufacturing)" based on the premise of manufacturing with metal 3D printers that can create complex shapes in one piece, we contribute to "enhancing the added value of manufacturing" across various fields and industries. Even if you do not have a specific design proposal at this time, we can provide various ideas. Please feel free to consult with us. 【Examples of Benefits of Incorporating "DfAM"】 ■ Longevity: Achieving internal flow paths in molds with complex shapes that are difficult to create with cutting, improving cooling functions. ■ Increased Strength: Creating complex hardened coils in one piece, eliminating the need for brazing. ■ Improved Productivity: Reducing weight by reviewing the material and design of jigs, enhancing workability and productivity. ■ Weight Reduction: Achieving significant weight reduction and increased rigidity of automotive parts through topology optimization. ■ Customization: Enabling the economical production of products with different specifications, such as implants, all at once. ■ Improved Heat Dissipation: Enhancing the heat dissipation of automotive parts with complex shapes unique to metal 3D printers. *For more details, please refer to the PDF document.

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Japan Layered Manufacturing Metal 3D Printers | Lineup

Japan Layered Manufacturing Metal 3D Printers | Lineup

Our company has a total of seven metal 3D printers using powder bed fusion electron beam and laser methods.

【Electron Beam Metal 3D Printers】 ■Arcam A2X ■Arcam Q20 ■Arcam Q20 Plus Compatible materials: Pure copper, titanium alloys, cobalt chrome, Inconel (nickel-based alloys), pure titanium, SUS316L, tungsten carbide 【Laser Metal 3D Printers】 ■Concept Laser M2 (First Generation) ■Concept Laser M2 (Fourth Generation/Dual Laser) ■Concept Laser XLINE 2000R (Large Metal 3D Printer) ■EOS M280 Compatible materials: Aluminum alloys, titanium alloys, pure titanium, copper alloys, Inconel, maraging steel, SUS Please refer to the related links for information on the build area and other details. Feel free to contact us for prototypes, delivery times, estimates, or any questions.

  • 3D Printer
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