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3D printer(cad) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
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3D printer Product List

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Industrial metal 3D printing

Industrial metal 3D printing

Keywords: Additive manufacturing, metal materials, dissimilar metals, welding, machining

We are developing technology that enables the shaping of metals using a device known as a 3D printer. This technology allows for the direct creation of target shapes from three-dimensional design data by locally melting and solidifying metal, and it is referred to as Additive Manufacturing (AM). There are several methods within AM technology, but among them, the method that applies welding technology enables low-cost and high-efficiency production suitable for manufacturing large products such as aircraft components and molds. Specifically, it allows for the creation of lightweight and high-strength structures that are difficult to achieve with other processing methods, as well as the manufacturing of products with unprecedented material properties through integrated shaping using multiple types of metal materials. We are engaged in elucidating the shaping principles of AM technology, evaluating shaped objects, developing processing technologies to create products with high added value that are impossible to achieve with existing processing methods, and proposing process design methods that include finishing processes.

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3D Printer Prototyping and Processing

3D Printer Prototyping and Processing

Mold production from actual parts is also possible! High quality and short delivery times are achieved with 3D digital tools!

Mtopia Co., Ltd. provides consistent support and services from the manufacturing of prototypes in various fields to face-up. We support development using three types of modeling methods: inkjet method capable of creating high-resolution and large models, fused deposition modeling with real materials that can achieve high strength and high heat resistance, and photopolymerization using ultraviolet-curable liquids. We respond to various requests, such as digitizing shapes that have been difficult to data until now and reproducing without drawings or data. 【Features】 ■ High precision and large models ■ Modeling with production materials ■ Bulk modeling of a wide variety of small lots ■ Development support with three types of modeling methods *For more details, please refer to the catalog or feel free to contact us.

  • 3D Printer
  • Prototype Services

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Introduction of "M400-4"! Supports large-scale modeling of 400x400x400mm.

Introduction of "M400-4"! Supports large-scale modeling of 400x400x400mm.

Introducing the EOS M400-4! Operations will start in March! Achieving high-speed manufacturing with four lasers!

Japan Laminated Manufacturing Co., Ltd. has newly introduced the EOS M400-4. It is scheduled to start operations in March 2022. With the introduction of the EOS M400-4, we can accommodate large-scale manufacturing with a maximum build area of 400x400x400mm. Equipped with four lasers, it enables high-speed manufacturing. *Build speed: 72cm³/h. It supports aluminum alloys and titanium alloys. <List of metal 3D printer equipment used by our company> 【Laser Powder Bed Method】 EOS M400-4 (Quad Laser type) EOS M280 Concept Laser M2 (Dual Laser type) Concept Laser M2 Concept Laser XLINE2000R 【Electron Beam Powder Bed Method】 Arcam Q20 Arcam Q20+ Arcam A2X For more details, please refer to the downloadable materials or feel free to contact us.

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Large 3D printer "SoonSer Mars Pro" using light shaping technology.

Large 3D printer "SoonSer Mars Pro" using light shaping technology.

"Mars Pro" is a large-scale resin 3D printer that pursues productivity and quality. *Demo available.

[Features] ■ Achieves high speed and high precision Equipped with our unique technology, "IVSS: Intelligent Variable Spot System," which variably controls laser output and spot diameter according to the model's shape. Scanning with a small diameter spot prioritizes quality for surfaces and details, while for thick walls and solid areas that do not appear on the surface, output is increased and scanned with a large diameter spot for shaping. Our unique technology enables high-speed shaping while maintaining high quality. ■ Mars Pro control software "Aster Ray" The built-in control software "Aster Ray" features a simple and excellent usability, making intuitive management and operation of the Mars Pro easy. Additionally, it can be streamlined in conjunction with the 3D printing preparation software "VoxelDance Additive." ■ Pure material resins with distinctive functionality We offer eight types of proprietary pure resins. You can choose from heat-resistant, high-toughness ABS-like resins and transparent resins, depending on your application. *For more details, please request a catalog or view the PDF data from the download button below.

  • 3D Printer
  • plastic

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[Case Study: Manufacturing Subsidy] Introduction of a 3D printer for in-house production of prototypes.

[Case Study: Manufacturing Subsidy] Introduction of a 3D printer for in-house production of prototypes.

We have become able to create product models that meet the high quality and high precision demanded by customers in line with actual conditions!

We would like to introduce a case where a construction materials trading company utilized a manufacturing subsidy to solve challenges. The issue was that without owning a 3D printer, outsourcing product models took over two weeks, making it difficult to conduct timely proposal sales, resulting in lost opportunities. In order for our company to improve management capabilities and grow as a building materials trading company, it was necessary to shift from outsourcing to in-house production to shorten the lead time for product models and reduce costs, so we introduced a high-performance 3D printer. [Overview] ■ Implementation: Construction materials trading company ■ Background: Shortening lead time for product models, in-house production ■ Solution: In-house production through the introduction of a high-performance 3D printer *For more details, please refer to the related links or feel free to contact us.

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We will exhibit at JIMTOF2022 in the AM area (3D printers).

We will exhibit at JIMTOF2022 in the AM area (3D printers).

First exhibition at JIMTOF! "Building a new manufacturing process with 3D printing technology." We will be exhibiting at the AM area, booth AM129.

"Building a new manufacturing process with 3D printing technology" is the concept behind our exhibition, where you can directly see the sand mold 3D printers and stereolithography printer technologies we handle, along with samples produced using each technology. We will also be available for consultations regarding 3D printing. We look forward to your visit at the Additive Manufacturing area "AM129 booth." ◆ Event Overview ◆ Dates: November 8 (Tuesday) - November 13 (Sunday), 2022, 6 days 9:00 AM - 5:00 PM Venue: Tokyo Big Sight (International Exhibition Center) South Hall Booth Location: AM129 (3D Printer Zone) Official Website: https://www.jimtof.org/jp/index.html Please check the "Basic Information" section below for highlights.

  • Special Pump

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[Case Study] Using a 3D printer to iterate prototypes and create the final product.

[Case Study] Using a 3D printer to iterate prototypes and create the final product.

During the prototyping stage, we used a 3D printer to verify the shape and strength while fabricating the final product with PA12 material.

We spoke with Mr. Kishi, the representative director of Kishitec Co., Ltd., which has been specializing in mechanical design using 3D CAD since its establishment. They are capable of creating 3D data from clay models and similar shapes, as well as reverse engineering, and they produce high-precision models, jigs, measuring instruments, and industrial products from 3D data. They consulted DMM.make for manufacturing using Jet Fusion during the prototyping stage of bicycle accessories. ■ Use Cases 3D CAD data is utilized for a wide range of applications, including as alternative methods for extrusion molding, casting, machining, injection molding, molds, and formwork, as well as for molding small parts of IoT products and finished goods.

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[Case Study of Corporate Implementation] Abundant operational experience with 3D printers up to the final product.

[Case Study of Corporate Implementation] Abundant operational experience with 3D printers up to the final product.

Insoles with complex shapes that could not have been created without craftsmen and engineers, in order to solve product development challenges.

We spoke with Mr. Yamakawa from Japan Healthcare Co., Ltd., which sells custom-made insoles produced by a 3D printer using the country's first smartphone! Insoles with complex shapes that could not have been created without artisans or engineers have been developed, and we consulted DMM.make to solve the challenges in product development. ■ Use Cases We are utilizing 3D CAD data for a wide range of applications, including extrusion molding, casting, machining, and as alternative methods for injection molding, molds, and formwork, as well as for molding small parts of IoT products and finished goods.

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Digital Metal: Its Process and Components of Manufacturing Costs

Digital Metal: Its Process and Components of Manufacturing Costs

Metal 3D printing creates products by layering materials from CAD data. This document introduces the elements of each process and the cost factors for part manufacturing.

Metal 3D printing, unlike traditional methods that use molds or cutting tools to carve out material from a solid block, directly shapes products by adding layers of material from CAD data. Additionally, Digital Metal's binder jetting (BJT) method differs from other methods such as laser techniques, as it does not melt the material during the entire process. Instead, it imparts the necessary characteristics of the final product during the sintering process, which occurs below the melting point of the material after shaping. This document introduces each step of the process and the factors affecting the cost of component manufacturing. The greatest benefits can be obtained by not viewing metal 3D printing as an extension of traditional methods, but by discovering products that can only be realized through metal 3D printing.

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3D printer compatible with carbon fiber

3D printer compatible with carbon fiber

Precision design, compatible with carbon fiber, fiberglass, and Kevlar! ONYX and fiberglass can also be used!

"The Mark Two" is an excellent 3D printer capable of producing highly durable and versatile parts. It can turn CAD designs into beautiful finished products in just a few hours. Start 3D printing by selecting reinforced materials and plastics tailored to your application. This reduces time and effort, minimizes repetitive tasks in design, and allows you to start using the parts immediately after the printing is completed. 【Features】 ■ Precise design ■ 3D printer compatible with carbon fiber ■ Touch panel interface ■ Includes Eiger/software *For more details, please download the PDF or feel free to contact us.

  • 3D Printer

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Reduce lead time and costs for sand casting with a 3D printer for casting.

Reduce lead time and costs for sand casting with a 3D printer for casting.

There is not much difference between 3D printers for casting and traditional casting methods using basic wooden patterns. Would you like to take the first step in utilizing this together with our company?

A 3D printer for casting is a modeling method that imports 3D data created using CAD and directly shapes sand molds (such as cores and main molds). It is often referred to as a mold 3D printer or core molding machine, and it can shorten the lead time for producing wooden or resin molds needed for complex shapes, as well as for sand preparation and mold assembly before casting. Rather than relying solely on 3D printers, we recommend a hybrid operation that leverages the advantages of existing methods, the benefits of 3D printing, and your company's strengths and weaknesses. **Features of Utilizing 3D Data and 3D Printers:** - It is possible to create casting 3D data by 3D scanning the product shape even without wooden molds. - For complex-shaped cores, many wooden molds are unnecessary, leading to reduced manufacturing lead times, lower management and storage costs, and shortened assembly time and labor for cores. - Since 3D data is output, there is less variation, and the imbalance in cast products is also reduced. - 3D data can be used not only for modeling but also for verifying products against drawings. - 3D data can also be utilized for casting simulations and other applications. Why not try using a 3D printer this year? We will support you from data creation onwards.

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[Market Report] Industrial 3D Printing Market

[Market Report] Industrial 3D Printing Market

Global industrial 3D printing market, CAGR 21.9%, rapid growth forecast from 2024 to 2032.

The global industrial 3D printing market is expected to experience rapid growth from 2024 to 2032. The market size is projected to increase from 22.2 billion USD in 2023 to 131.9 billion USD by 2032, with a compound annual growth rate (CAGR) of 21.9%. Industrial 3D printing is used to develop 3D objects utilizing digital files. This technology creates objects by layering materials through a additive manufacturing process. With high precision and efficient use of materials, 3D printing is being utilized in various industries for the development of custom products. You can check the application method by clicking the [PDF Download] button or apply directly through the related links.

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