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Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
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material Product List

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About Shape Memory Alloy Nitinol - Ver.2 Ingot and Forged Material

About Shape Memory Alloy Nitinol - Ver.2 Ingot and Forged Material

Explanation materials on the basic knowledge of Nitinol - Detailed explanation of phase transformation, transformation temperature measurement methods, superelasticity, and shape memory effect, including the principles involved.

Shape Memory Alloys (SMA) are unique metals that can return to their original memorized shape when they reach a specific temperature. SAES's group company, memry, boasts the world's leading production capacity of Nitinol (Ni-Ti) and has nearly 30 years of experience in low-invasive medical devices such as stents, catheters, and guidewires. Nitinol often cannot directly apply the characteristics, design concepts, and manufacturing processes of conventional metal materials, requiring a wealth of knowledge and expertise in handling. Please use this document to expedite the learning process for companies and engineers who are using Nitinol alloys for the first time.

  • alloy

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【プラスチック素材の切売り】AIN シェイパル (白) 板

【プラスチック素材の切売り】AIN シェイパル (白) 板

《切売り.com》プラスチック・合成樹脂素材を格安カット販売！お好みのサイズカットもおまかせください。

樹脂、セラミックス素材の切売り専門ショップ“栗本加工社”が取り扱う 　　 ★高品質★ テクニカルセラミックス 『AIN(窒化アルミニウム)』 ■ 製品特徴 ■ シェイパル(R)Hi Msoftは、優れた機械加工性と強度を有し、構造材料を含む広範な分野での応用が可能です。 主な用途としては、シェイパル(R)Hi Msoftだけのユニークな特徴を生かし、真空部品・放熱性、絶縁性を要する各種電気部品、低熱膨張率を必要とする治具等、高周波特性(低い誘電率・誘電損失)を要する各種部品・ヒートシンク・蒸着用るつぼ・絶縁碍子・保護管等の特殊炉部材などに使われる。 ※シェイパル(R)は株式会社トクヤマの登録商標です。 ■ 詳細 ■ 商品名：シェイパル(R)Hi Msoft 材質名：AIN(窒化アルミニウム) 形状：板 グレード：標準グレード 色目：白 外皮色：少し黄色掛かった白 面肌：研削目、アズファイア品の場合大きな凹凸有り

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  • Ceramics

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3D printing compatible material "Full Color Acrylic"

3D printing compatible material "Full Color Acrylic"

Due to the high strength of the material itself, tapping and secondary processing are also possible! A material suitable for figures and miniatures.

Introducing "Full Color Acrylic," a selectable material for 3D printing. This material is suitable for creating figures and miniatures through 3D printing. The shaping method used is full-color UV-curable inkjet. It allows for vibrant full-color modeling with over 10 million colors (600×300×800dpi). Compared to gypsum full color, it excels in reproducing fine designs and allows for flexible expressions. Additionally, secondary processing such as threading and tapping can be performed. 【Features】 ■ Material suitable for figures and miniatures ■ Shaping method: Full-color UV-curable inkjet ■ Excellent reproduction of fine designs ■ Flexible expressions possible ■ Use Cases It is widely used as an alternative method for extrusion molding, casting, machining, injection molding, molds, and formwork, as well as for shaping small parts of IoT products and finished goods using 3D CAD data.

  • Contract manufacturing

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3D printing compatible material 'MJF'

3D printing compatible material 'MJF'

For small to medium lot production! It is possible to achieve strength that can withstand practical use without introducing anisotropy in the manufactured products.

DMM.make 3D printing service provides total support for various manufacturing processes, from mass production assistance using molds to the creation of prototypes, utilizing 3D printers. We offer a range of materials, from those boasting strength comparable to injection molding to softer materials like rubber and silicone. On this page, we will introduce 'MJF,' one of the selectable materials for 3D printing. This material has strength approaching that of injection molding. Additionally, it does not require molds, eliminating mold costs. You can choose from four materials: "PA12," its reinforced version "PA12GB," the very flexible "PA11," and the weather-resistant white "PA12W." 【Features】 ■ Capable of outputting small items ■ Multi Jet Fusion technology ■ Strength approaching that of injection molding ■ No molds required ■ No mold costs ■ Suitable for small to medium lot production ■ Use Cases Utilized in a wide range of applications as an alternative method for extrusion molding, casting, machining, injection molding, molds, and formwork, as well as for molding small parts of IoT products and finished goods using 3D CAD data.

  • Contract manufacturing

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3D printing compatible material 'Stainless Steel (SUS316L)'

3D printing compatible material 'Stainless Steel (SUS316L)'

Layered manufacturing with high-precision binder jetting! Capable of creating high-precision metal products through sintering.

DMM.make 3D printing service provides total support for various manufacturing processes, from mass production assistance using molds to the creation of prototypes, utilizing 3D printers. We offer a range of materials, from those boasting strength comparable to injection molding to softer materials like rubber and silicone. On this page, we will introduce the selectable 3D printing material 'Stainless Steel (SUS316L)'. This material is capable of producing strong and high-precision metal products through layered construction using a high-precision binder jetting method, followed by sintering. The color is gray silver, which exhibits a metallic luster when polished. 【Features】 ■ Capable of outputting small items ■ Can produce strong and high-precision metal products Additionally, DMM.make can provide examples of achieving mass production without using molds by utilizing 3D printing technology. For more details, please check the materials or contact us using the information provided within the materials.

  • Contract manufacturing

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3D printing compatible material 'Silver | Casting'

3D printing compatible material 'Silver | Casting'

A mold will be created based on 3D printed casting wax, and silver (SV925) will be cast.

DMM.make 3D printing service provides total support for various manufacturing processes, from mass production assistance using molds made with 3D printers to the creation of prototypes. We offer a wide range of materials, from those boasting strength comparable to injection molding to softer materials like rubber and silicone. On this page, we will introduce the selectable material for 3D printing, 'Silver | Casting.' This material is used to cast the 3D printed model into a mold, using silver materials that are actually utilized in accessories and other products. The tip of the shape can be reproduced to a minimum width of approximately 0.8mm. 【Features】 ■ Capable of outputting small items ■ Uses silver materials that are actually used in accessories Additionally, DMM.make can provide examples of cases where 3D printing technology has been utilized to achieve mass production without the use of molds. ■ Usage Examples 3D CAD data is used 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 shaping small parts of IoT products and finished goods.

  • Contract manufacturing

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3D printing compatible material 'Economy Resin | SLA'

3D printing compatible material 'Economy Resin | SLA'

【Material sample available】This is a resin material that allows for large-scale modeling at a low cost. It is ideal for producing prototypes at an affordable price!

DMM.make 3D printing service provides total support for various manufacturing processes, from mass production assistance using molds with 3D printers to the creation of prototypes. We offer a range of materials, from those boasting strength comparable to injection molding to softer materials like rubber and silicone. On this page, we introduce the selectable material for 3D printing, 'Economy Resin | SLA.' This is an inexpensive resin material suitable for large-scale modeling. It is ideal for creating prototypes at a low cost and can also be used for mass production. It is printed with a layer pitch of 0.05mm. ■ We have material samples available. If you would like a sample, please contact us and let us know your request for a sample. ■

  • 3D Printer

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3D printing material "High-Precision ABS-Like | HPS | LumiaX1"

3D printing material "High-Precision ABS-Like | HPS | LumiaX1"

High-strength engineering plastic with heat resistance HDT 60°C, high impact strength, and excellent surface finish. Suitable for tapping and drilling.

Henkel LOCTITE 3D 3843 BK, produced with the Lumia X1, is a high-strength engineering plastic that offers moderate heat resistance (HDT 60°C), high impact strength, and excellent surface finish. It is manufactured using the world's most advanced 3D printing technology, which combines multiple patented techniques known as HPS molding. Henkel LOCTITE 3D 3843 BK is suitable for tapping and drilling, making it ideal for various tools in production environments. It has undergone chemical resistance testing in accordance with ASTM D543*, demonstrating excellent chemical resistance. Additionally, outdoor accelerated weathering tests have been conducted in accordance with ASTM D4329* (Cycle A). When used in final products, it is recommended to conduct outdoor testing specific to the intended application. *ASTM D543: Samples immersed in different chemicals are stored at 22°C. Samples immersed in motor oil are stored at 50°C. *ASTM D4329: Cycle A (general use), QUV/se, UVA 340 nm, 0.89 W/m²-nm, after 8 hours of UV exposure at 60°C, followed by 4 hours of condensation at 50°C in the dark.

  • 3D Printer

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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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Hair Care Ingredients Green Tech Hair Care Comprehensive Catalog

Hair Care Ingredients Green Tech Hair Care Comprehensive Catalog

Microbiome adjustment, hair growth and stimulation, cuticle improvement, gray hair, anti-dandruff, anti-pollution, UV, IRA, dry oil, scalp care.

- ARCOLYS: Anti-gray hair ingredient - HAIRILINE: Anti-hair loss ingredient, scalp microbiome regulation - DANDRILYS: Anti-dandruff ingredient, scalp microbiome regulation, sebum control - ZORYALYS: Anti-pollution, anti-UV, IRA effect ingredient - TILICINE: Cuticle improvement effect, frizz control effect, scalp care ingredient - INCA INCHI OIL: Dry oil containing 45% omega-3, hair repair effect ingredient - BAOBAB OIL: Sustainable dry oil rich in omega-6 and omega-9 - APRICOT OIL: Oil rich in omega-6 and omega-9 - HAIR STRENGTH EGX292: Scalp care extract mixed with five types of extracts - COMPLEX HAIR LUSTRE: Hibiscus flower extract that softens hair and enhances shine and texture

  • Other pharmaceutical intermediates and cosmetic ingredients
  • Cosmetic materials and raw materials
  • Other medical supplies and cosmetic manufacturing materials

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Madder (Rubia) extract powder, natural plant-based functional material.

Madder (Rubia) extract powder, natural plant-based functional material.

Natural red pigment "munjistin" contained in madder root extract. Ideal for beauty, antioxidant, detox health foods, and dye applications.

Madder (Rubia cordifolia) extract has been a valuable plant material used in traditional Chinese medicine and natural dyes since ancient times. In particular, the natural pigments **Munjistin and Alizarin** found in the root are reported to have functions such as beauty enhancement, antioxidant properties, blood circulation promotion, and anti-inflammatory effects, making them increasingly popular as ingredients in supplements, skincare products, and natural cosmetics in recent years. This product uses high-quality madder cultivated in high-altitude regions such as Inner Mongolia and Yunnan, and the active ingredients are concentrated through water or ethanol extraction and then powdered using spray-drying technology. Despite being a plant-based material, it excels in the coloring power of red pigments and can also be used as a natural coloring agent. This product has obtained various international certifications, including FDA, ISO9001, HACCP, Kosher, Halal, and SC (food production permit), meeting safety standards for food, cosmetics, and feed additives. The powder is uniform and easy to handle, suitable for various processing forms such as beverages, tablets, and topical gels. Small lot production for OEM and ODM applications is also possible. Please consider utilizing this for your product development.

  • Food ingredients (powder)
  • Pharmaceutical materials and carriers
  • Food/beverage functional materials

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3D printing compatible material 'PA12GF Glass Fiber'

3D printing compatible material 'PA12GF Glass Fiber'

Nearly double the strength of conventional nylon! A material suitable for the production of gadgets and design items.

DMM.make 3D Printing Service provides total support for various manufacturing processes, from mass production assistance using molds to the creation of prototypes, utilizing 3D printers. We offer a range of materials, from those boasting strength comparable to injection molding to softer materials like rubber and silicone. On this page, we introduce 'PA12GF Glass Fiber,' one of the selectable materials for 3D printing. This material possesses very high strength by mixing glass beads into PA12 nylon powder. It is suitable for the production of gadgets, cases, interior items, and design products through 3D printing. As a reinforced nylon, it has less flexibility than conventional nylon but offers nearly double the strength. 【Features】 - Suitable material for producing gadgets and design items - Nearly double the strength compared to conventional nylon - Built with a layer pitch of 0.1mm 【Usage Examples】 It is widely used as an alternative method for extrusion molding, casting, machining, injection molding, molds, and formwork, as well as for molding small parts of IoT products and finished goods using 3D CAD data.

  • Contract manufacturing

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3D printing compatible material "AGILISTA"

3D printing compatible material "AGILISTA"

It can produce waterproof packing structures in one go, making it usable for various applications from mock-ups and prototypes to maintenance parts.

DMM.make 3D Printing Service provides comprehensive support for various manufacturing processes, from mass production assistance using molds to the creation of prototypes, utilizing 3D printers. We offer a range of materials, from those boasting strength comparable to injection molding to softer materials like rubber and silicone. This page introduces 'AGILISTA,' a selectable material for 3D printing. This material features a layer pitch of 20-30μm and includes four types of resins suitable for mock-ups. You can choose from transparent resins with excellent toughness and rigidity, high heat-resistant resins, low-hardness silicone rubber, and high-hardness options, depending on your application. 【Features】 ■ Capable of outputting small items ■ One-shot output for waterproof gasket structures ■ Layer pitch of 20-30μm ■ Four types suitable for mock-ups available ■ Use Cases We utilize 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 forming small parts for IoT products and finished goods.

  • Contract manufacturing

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3D printing compatible material 'Agilus Rubber'

3D printing compatible material 'Agilus Rubber'

A material suitable for a wide range of applications that require a soft shape. It can output materials of different hardness in one go.

DMM.make 3D Printing Service provides total support for various manufacturing processes, from mass production assistance using molds without 3D printers to the creation of prototypes. We offer a wide range of materials, from those boasting strength comparable to injection molding to soft materials like rubber and silicone. On this page, we introduce 'Agilus Rubber,' one of the selectable materials for 3D printing. This material is a new rubber-like substance suitable for a wide range of applications that require soft shapes. Its Shore hardness is A30-35. Additionally, it can be used for surfaces that require anti-slip properties. The printing method is PolyJet, resulting in a smooth surface. 【Features】 ■ Capable of outputting small items ■ Shore hardness ranges from A30-90 ■ Usable for surfaces requiring anti-slip properties ■ The PolyJet printing method results in a smooth surface ■ Use Cases It is utilized in a wide range of applications, including as an alternative method for extrusion molding, casting, machining, injection molding, molds, and formwork, as well as for shaping small parts of IoT products and finished goods using 3D CAD data.

  • Contract manufacturing

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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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