We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Metal 3D Printing.
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Metal 3D Printing Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Metal 3D Printing Product List

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Aluminum metal 3D printing

Get cast products in your hands quickly without the need for molds.

I believe that aluminum castings are used in many automotive industry parts. Our company has successfully shortened delivery times by using metal 3D printers to create aluminum without the need for molds. As a result of shorter construction periods and faster development cycles, we have been able to serve more customers. Features: ■ Short delivery times ■ Uses ALSi10Mg (high strength) ■ Mold-free ■ Shortened development cycle

  • Engine parts

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Metal 3D printing (Metal Binder Jet 3D Printing)

<Materials explaining the manufacturing process are now available> No mold costs required! For metal binder jet 3D printing, trust INDO-MIM.

Introducing the "Metal 3D Printing Business" of INDO-MIM Private Ltd. "Metal Binder Jet Printing" can solve almost all the problems currently faced by metal 3D printing. It adopts energy-efficient sintering compared to laser sintering, and in the future, a wide range of materials including steel alloys, nickel superalloys, copper, aluminum, titanium alloys, and tungsten alloys will be available. 【Features】 ■ Production process design capable of mass production ■ Achieving a production capacity of approximately 10,000 parts per day within the next few years ■ Capable of accommodating very low production volumes (10 to 100 parts) at an affordable price ■ Uses low-cost MIM powder ■ Expected to reduce part costs to one-fifth of those using direct laser metal sintering methods INDO-MIM's MIM parts are active in various fields around the world! We provide information in Japanese for Japanese companies, so please feel free to contact us. *Please view white papers and reference materials from the PDF download.

  • Processing Contract

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Moldless Casting vs. Metal 3D Printing [Digital Sintering Version]

Moldless lost-wax casting "Digital Cast" and metal 3D printing "Digital Sinter," what is the optimal solution for your needs?

★Comparison of the Differences and Advantages between Moldless Casting "Digital Cast" and Metal 3D Printing "Digital Sinter"! In recent years, manufacturing technology for metal parts has evolved dramatically. Moldless casting methods and metal 3D printing are particularly attracting attention in our technology category. 【Advantages of Metal 3D Printing: Digital Sinter】 ■ Overwhelming Speed Digital Sinter has a lead time of about one week (with the shortest record being two days), making it very advantageous for prototypes and small-scale production that require urgent responses. ■ Strong in Producing Complex Shapes and Small Parts The maximum size it can accommodate is 80mm on each side, but it excels in manufacturing small and complex-shaped parts. It is ideal for small components in medical devices and electronic devices, as well as for developing very small quantities of parts. ■ Specific Steel Type Compatibility The materials that can be used are limited to SINTER T (SUS316L) and SINTER D (pure copper, SUS316L, SUS630). This allows for the rapid provision of difficult-shaped items. *This is a guideline for the maximum size and steel types based on our metal 3D printing service. 【What is the Best Metal Forming for Your Needs?】 We provide the optimal manufacturing method for your project, along with VE proposals, based on the purpose of part procurement (QCD) and specification conditions.

  • Machine elements
  • Other electronic parts
  • gear

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Moldless Casting vs. Metal 3D Printing [Digital Cast Version]

Moldless casting "Digital Cast" and metal 3D printing "Digital Sinter," what is the optimal solution for your needs?

★Comparison of the Differences and Advantages between Moldless Casting "Digital Cast" and Metal 3D Printing "Digital Sinter"! In recent years, manufacturing technologies for metal parts have evolved dramatically. Moldless casting methods and metal 3D printing are particularly attracting attention in our technology category. 【Advantages of Moldless Casting: Digital Cast】 ■Short Lead Time The lead time is only 2 weeks (with the shortest turnaround time being just 5 days). This helps shorten development periods and construction times. ■Wide Range of Metal Materials Available Digital Cast allows for the selection of over 70 types of materials (casting materials). It can accommodate a wide range of needs, including iron, stainless steel, aluminum, copper (including pure copper), special alloys (such as duralumin A7075 and Inconel), heat-resistant steel, tool steel, and high-speed steel. This provides designers with more flexible options. ■Manufacturing Capable from Small to Medium to Large Parts It can accommodate sizes up to 500 mm square. It is ideal for manufacturing small to medium and large parts. ■Rational Prototype Verification with an Eye on Mass Production Casting During mass production repeats, products are formed using the lost-wax precision casting method (our core technology), and it is a rational verification method to prototype and verify similar cast products before manufacturing, especially in terms of evaluating mechanical properties (such as strength confirmation).

  • gear
  • joint
  • nozzle

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Contract Manufacturing: Ultra-small and Micro Parts Metal 3D Printing

The design freedom of metal micro-parts will greatly expand!

Introducing our contract manufacturing service for ultra-small and micro parts using metal 3D printers! 3D Micro Print GmbH (Germany) has over 10 years of experience in contract manufacturing across various fields and mass production. 【Adopted Fields】 Medical and robotics industries, automotive, aerospace and defense, watches and jewelry, power engineering, fluid technology, electronics, etc. 【Features】 1. It is possible to simultaneously manufacture movable parts as a single unit in advance. 2. Capable of producing lattice structures and hollow components. 3. Easy design modifications allow for shortened development cycles. 【Manufacturing Materials】 • Stainless Steel: 1.4404 (316L), 1.4542 (17-4PH) • Nickel Alloy: Inconel 718 • Titanium Alloy: 3.7164 (Ti6Al4V) Gd 5/23 • Pure Titanium: Gd 1 / Gd 2 / Gd 4 • Copper: Pure Copper (PureCu) / CuCrZr 【Manufacturing Space】 Manufacturing space: X 60 x Y 60 x H 40 mm

  • Other contract manufacturing

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