How is Rapid Prototyping Made with DMLS Technology in 3D Printer?  

DMLS Materials Overview

You can click on the materials to check their data sheet to have more information about the materials of DMLS technology.

Design Guidelines

You can check the design guidelines to learn how you can design with DMLS technology.


As +90 3D Digital Factory, we manufacture with FDM (Fused Deposition Modeling), Polyjet, SLS (Selective Laser Sintering) and DMLS (Direct Metal Sintering) technologies to satisfy your rapid prototyping needs. Direct Metal Laser Sintering (DMLS) uses a precise, high-wattage laser to micro-weld powdered metals and alloys to form fully functional metal components from your digital 3D model.

We accelerate different industry by manufacturing 3D metal parts by using 3D printing technologies without the molds which have high manufacturing cost and requires a long time. Manufacturing a 3D printed part with high quality requires more than a machine. We are working as an expert team behind these technologies to manufacture 3D printed metal parts.

DMLS parts that are made from materials like Inconel, Aluminum, Stainless Steel, and Titanium which is strong, durable, and heat-resistant. By applying some additional processing to the 3D printed models, we can meet your expectation of sealing, polishing, and high performance.

DMLS parts are denser and stronger than the casting metal parts. DMLS which is a rapid prototyping method decrease the time of commencing the mass production. You can release your parts on market in a short time.

We can apply post-processes to satisfy your demands for impermeability, polishing, and high performance.

Metal 3D printing is ideal for complex oil and gas components, special medical guides, partially consolidated aviation parts, and durable functional prototypes.

We observe that aerospace, defense, automotive, mold, and medical industries are using Direct Metal Laser Sintering technology with increasing interest every day.

We can produce metal parts directly without any mold with metal sintering 3D printer technology.

5 Reasons to Use Metal Laser Sintering Technology!

Functional Parts Production

We can produce your models within +/- 0.2 mm tolerance. We build tough, hard-working prototypes to test components in real-world applications, and eliminate time-consuming tooling for low-volume production parts. The tests show that the products produced by metal sintering simulate the parts produced in the traditional methods at a rate of over 80%. The higher the level of complexity of the product, the higher this rate.

Design Freedom

With Metal Sintering Technology, you can remove the preconditions that restrict design freedom. We can manufacture your most complex designs quickly, without worrying about any manufacturability concerns.

High Performance Metals

Inconel 625, Inconel 713-718 or Titanium that are frequently used in the aviation industry, can be used in our systems.
In this way, we can deliver your products within a few business days.

Eliminate Time-Consuming Production Methots for Low-Volume Production Parts

The minimum order quantity, which is a prerequisite to be able to offer the traditional production is not an obstacle for us. From 1 to 1000, we can produce your 3D models with Metal Laser Sintering Technology.

Streamlined Manufacturing

One of the hottest topics that come to mind about metal sintering is topology optimization. Our mechanical design team can consolidate design and optimize value. As a 3D printing technology, Metal Laser Sintering allows you to integrate multiple components into a single, strong metal part. This reduces weight, cuts down waste, saves time & money and increase the performance of your product.

Manufacturing Steps of DMLS Technology