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material(3d) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
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material Product List

61～75 item / All 84 items

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[Free Sample] 3D Print Material "PA12W White MJF" Polishing

[Free Sample] 3D Print Material "PA12W White MJF" Polishing

This is a color polishing sample set of the 3D printing material "PA12W White | MJF."

DMM.make has been providing services since the dawn of 3D printing technology's arrival in Japan. We promise to support you in realizing your ideas. First, we will discuss your intended use, requests, and budget during a meeting, and we will also deliver samples for free. Please feel free to contact us. The samples introduced on this page are scale samples that show thickness. PA12W White | MJF Polished Dyed Color Material The holes and thickness change every 1mm. This is useful as a reference when creating models and accessories. *The sample plates include one of each color, totaling 8 plates. PA12W White | MJF Red PA12W White | MJF Pink PA12W White | MJF Blue PA12W White | MJF Purple PA12W White | MJF Black PA12W White | MJF Orange PA12W White | MJF Yellow PA12W White | MJF Green

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3D printing material "HPS Titanium" DMLS

3D printing material "HPS Titanium" DMLS

Due to its general titanium material properties, it can be post-processed and is ideal for many applications such as aerospace and medical fields!

This is a titanium material called EOS Titanium TiCP, produced using the EOSINT M280. It has the typical material properties of titanium, allowing for post-processing, making it ideal for various applications such as aerospace and medical. Although titanium is a difficult metal to machine, 3D printing offers high design freedom and the possibility of mass production. It is built with a layer pitch of 0.03mm. Tests have been conducted in compliance with the following standards, and it has passed: - REACH - RoHS

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3D printing material "Stainless Steel 17-4PH"

3D printing material "Stainless Steel 17-4PH"

It is a stainless steel material with characteristics such as high strength, high hardness, excellent corrosion resistance, heat treatability, and weldability! It is used for high-strength components with corrosion resistance requirements.

This is a martensitic precipitation hardening stainless steel characterized by high strength, high hardness, excellent corrosion resistance, heat treatability, and weldability. Compared to the same stainless material, SUS316L, it has twice the tensile strength but is characterized by lower elongation at the breaking point. It is suitable for the fabrication of durable metal products and lightweight designs, such as valves, shaft types, steam turbine components, and high-strength parts with corrosion resistance requirements. In 3D printing, it offers greater design freedom compared to conventional methods and is also suitable for mass production. It is fabricated with a layer pitch of 0.04mm.

  • stainless

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3D printing compatible material 'Clear Acrylic | MJT'

3D printing compatible material 'Clear Acrylic | MJT'

AR-M2 is a transparent acrylic material with excellent toughness and rigidity. It is output using 3D printing! We are currently accepting commissioned modeling.

The material named AR-M2, outputted by AGILISTA, is a transparent acrylic material with excellent toughness and rigidity. It has a layer pitch of 20μm and a high precision tolerance of 0.1mm*, making it suitable for fitting parts. Due to its strength, it is suitable for functional prototypes, but it tends to show yellowing and layering more prominently. It is water-resistant and can accommodate small drilling, making it useful for functional prototypes such as shower heads. *The intersection is a guideline and may vary depending on the shape of the model. Tests conducted in compliance with the following standards have passed: 　REACH 　RoHS

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3D printing compatible material "High-Precision Ceramic-Like" LumiaX1

3D printing compatible material "High-Precision Ceramic-Like" LumiaX1

It features a smooth surface finish, heat resistance up to a load deflection temperature (0.45MPa) of 280°C, exceptional rigidity, excellent chemical resistance, and electrical insulation properties.

We use a cutting-edge 3D printing technology that combines multiple patented techniques known as HPS molding methods. Ultracur3D(R)RG 3280 has a Young's modulus exceeding 10,000 MPa, allowing it to withstand significant forces without yielding, resulting in excellent load-bearing capacity. These features make it suitable for applications in industries exposed to extreme thermal environments, such as aerospace, automotive, and electronics. Due to its excellent dimensional stability and resistance to deformation, it has a proven track record of injecting 300 parts as an injection mold for resin molding. The resin used for injection can be molded from thermoplastics such as ABS, PP, PC, and TPE. In the case of using injection molds, it may be difficult to remove the model depending on its design, so we recommend using a release agent. At DMM.make, we typically deliver with supports, but by selecting the "removal available" option, we can deliver without supports. By curing the material, the load deflection temperature (1.82 MPa) can be improved to a range of 132°C to 162°C. There is no change in the load deflection temperature (0.45 MPa) due to thermal curing.

  • 3D Printer

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3D printing compatible material 'High Heat Resistant Acrylic | MJT | AGILISTA'

3D printing compatible material 'High Heat Resistant Acrylic | MJT | AGILISTA'

It is a high heat-resistant acrylic material called AR-H1. Output via 3D printing! Accepting contract manufacturing inquiries.

This is a high-temperature acrylic material named AR-H1, outputted from AGILISTA. It can withstand heat up to 103°C at a load deflection temperature (0.45MPa), making it suitable for assembly with heat-generating components and for functional verification through hot air or hot water. The layer pitch is 20μm, with a tolerance of approximately 0.1mm*, making it suitable for high-precision parts such as fittings. It is water-resistant and can accommodate small drilling, which allows for its use in functional prototypes of showerheads. *The intersection is a guideline and may vary depending on the shape of the model. Tests conducted in compliance with the following standards have passed: REACH RoHS

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3D Printing Compatible Material 'Low Hardness Silicone Rubber | MJT'

3D Printing Compatible Material 'Low Hardness Silicone Rubber | MJT'

It is a silicone-like rubber material called AR-G1L. Output via 3D printing! Accepting commissioned modeling.

This is a silicone-like rubber material called AR-G1L, outputted from AGILISTA. It has a Shore hardness (A) of 35. Due to the use of water-soluble support material, it is capable of creating intricate shapes. With a layer pitch of 30μm, it features high precision and takes advantage of the properties of highly elastic materials, making it suitable for reproducing flexible thin-walled structures that are prone to breakage and difficult to replicate with conventional rubber-like materials. The silicone rubber material can be applied to assembly evaluations of gaskets, grip feel checks, the production of soft jigs, and models of soft organs and blood vessels. *Shore hardness (A) is measured by the manufacturer based on JIS K6253. Tests conducted in compliance with the following standards have passed: - REACH - RoHS

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3D printing compatible material 'PA12GB Glass Beads | MJF'

3D printing compatible material 'PA12GB Glass Beads | MJF'

This is a nylon material that can be used in scenes where greater strength is required, as it contains glass beads.

This is a nylon material suitable for mass production that contains glass beads called HP 3D High Reusability PA 12 Glass Beads, made with the HP Jret Fusion 4200. The MJF method has no anisotropy compared to the SLS method, offering high strength and dimensional accuracy, making it usable from prototypes to final products. The inclusion of glass beads allows it to be utilized in scenarios where higher strength is required. It is built with a layer pitch of 0.08mm. Tests have been conducted in compliance with the following standards and have passed: - REACH - RoHS - PAHs

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3D Printing Compatible Material 'High Hardness Silicone Rubber | MJT'

3D Printing Compatible Material 'High Hardness Silicone Rubber | MJT'

It is a silicone-like rubber material called AR-G1H. Output via 3D printing! Accepting commissioned modeling.

This is a silicone-like rubber material called AR-G1H, outputted from AGILISTA. It has a Shore hardness (A) of 65. Due to the use of water-soluble support material, it is capable of creating fine shapes. With a high resolution of 30μm layer pitch and the characteristics of a highly elastic material, it is also suitable for reproducing flexible thin-walled molded objects that are prone to damage and difficult to reproduce with conventional rubber-like materials. Thanks to the properties of high-hardness silicone rubber, it is often used for protective covers with bellows structures and for testing cover jigs. *Shore hardness (A) is measured by the manufacturer based on JIS K6253. Tests conducted in compliance with the following standards have passed: REACH RoHS

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3D printing material "High-Precision Acrylic" MJT

3D printing material "High-Precision Acrylic" MJT

It is an acrylic material that allows for high-precision molding!

This is a material called Visijet Crystal, produced with the ProJet 3500HD Max. It is an acrylic material that allows for the highest precision modeling among the materials we handle. With a layer thickness of 29μm, it is ideal for creating small models as it reproduces fine details accurately. Tests have been conducted in compliance with the following standards and have passed: USP Class VI

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3D printing material 'PA12' MJF

3D printing material 'PA12' MJF

A nylon material suitable for mass production with excellent rigidity!

This is a nylon material called HP 3D High Reusability PA 12, which is excellent in rigidity and suitable for mass production, made with the HP Jet Fusion 4200. Compared to SLS, the MJF method produces objects without anisotropy, offering high strength and dimensional accuracy, making it usable from prototypes to final products. It also features chemical resistance to oils, greases, aliphatic hydrocarbons, and bases. It is built with a layer pitch of 0.08mm, allowing for text representation as well.

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3D printing compatible material 'Antero800NA | FDM'

3D printing compatible material 'Antero800NA | FDM'

In addition to toughness and wear resistance, it has features such as high strength, high heat resistance, low gas emission characteristics, and excellent chemical resistance!

The material Antero 800NA, produced with the F900, is a PEKK-based material suitable for applications that require high durability and weight reduction. It features toughness and wear resistance, as well as high strength, high heat resistance, low gas emission characteristics, and excellent chemical resistance. It is built with a layer pitch of 0.254mm, but please contact us if you have a preferred layer pitch.

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3D printing compatible material 'PA11 | MJF'

3D printing compatible material 'PA11 | MJF'

A nylon material suitable for mass production, commonly used for parts that take advantage of impact resistance and toughness.

This is a ductile, plant-based nylon material called HP 3D High Reusability PA 11, made with the HP Jret Fusion 4200. It is a mass-production-friendly material often used for parts that take advantage of its impact resistance and toughness, such as snap fits, living hinges, insoles, and sports equipment. It also features a high load deflection temperature, capable of withstanding up to 185°C (0.45 MPa). At 1.82 MPa, the temperature limit is 54°C. The MJF method produces isotropic parts with high strength and dimensional accuracy compared to SLS, making it suitable for use from prototypes to final products. It is built with a layer pitch of 0.08mm, allowing for detailed text representation.

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3D printing material "300-degree heat-resistant plastic"

3D printing material "300-degree heat-resistant plastic"

It features heat resistance above 300℃ and high rigidity, making it suitable for the manufacture of high-temperature components. It can be used for tooling and functional testing.

300°C Heat-Resistant Plastic | HPS | Lumia X1 This is a material called HI TEMP 300-AMB produced with the Lumia X1. It features heat resistance above 300°C and high rigidity, making it suitable for manufacturing high-temperature components. It has a high tensile modulus of 4000 MPa and can be used for tooling and functional testing. Furthermore, since this material is translucent, it allows for visual confirmation of internal flow and structure during the manufacturing of complex-shaped parts, which can be utilized in product design and performance evaluation. The 300°C heat-resistant plastic also excels in durability, with strong resistance to ultraviolet light and humidity, ensuring stable quality over long periods, as confirmed by the manufacturer's test results. In particular, it is expected to demonstrate stable performance in high-temperature environments, which was difficult to achieve with conventional 3D printing materials, especially in the prototyping of engine parts and exhaust systems.

  • 3D Printer

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3D printing compatible material 'PP-Like | LSPc | NXE400'

3D printing compatible material 'PP-Like | LSPc | NXE400'

A PP-like material with properties equivalent to polypropylene, designed for ultra-fast molding!

This is a material called RHL-E-200, outputted with the NXE400. It is a PP-like material with properties equivalent to polypropylene, designed for ultra-fast 3D printing. Due to its high printing speed, it can be delivered relatively quickly compared to other materials. It is printed with a layer pitch of 0.1mm. When placing an order, you can choose between standard processing (with support) and support removal. Since the NXE400 includes physical supports, it is not possible to create interlocking parts.

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