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The system for small and delicate parts. A high-end system for rapid and cost effective production, especially in the medical industry.

Mid-size system with a wide range of materials. Highly productive, modular and well established system for the additive manufacturing of high-quality metal. components.  

Up to 10x more productivity. Digital additive manufacturing for production of high-quality metal parts. Designed for industrial manufacturing with a high degree of flexibility. 

3D printers for large metal parts within a production environment. Makes it possible to produce high-quality materials at industrial scales - directly from CAD data and without tools. 

3D printing of metal parts on industrial scales. Ultra fast, four laser system for the additive manufacturing of high-quality components, achieving up to four times higher productivity. Made for efficiency and scalability in industrial applications. 

Established entry-level system. Compact for industrial 3D printing with plastics. Characterized by outstanding part quality, excellent productivity and low part cost.

Reliable production and widest portfolio of materials. 3D printing system in medium build volume range for plastic additive manufacturing. Enables tool-free production of series and replacement parts, functional prototypes and models directly from CAD data.

Two-laser system with a production volume of over 150 liters. Includes two lasers and the largest build area on the market.  Perfectly suited for additively manufacturing large parts with high throughput. Speed and performance significantly reduce build time and costs per part.

Fastest system on the market. Significantly reduces the costs per part and offers maximum diversity of materials, including high performance polymers for additive series production plastics.

Technology for tool-free injection molding: with LaserProFusion technology, EOS presents revolutionary process for additive manufacturing with plastics. 

Technology designed for delicate structures with extremely fine surfaces and thin walls. 

Series production of demanding high-performance parts. High-temperature system of choice for the additive series production of sophisticated plastic parts for the aerospace, electronics and mobility industries. 

Commonly used for casting alloys for applications in automotive and aerospace. 

Ideal for gears and spare parts as well as many applications in automotive and general engineering. 

This family includes alloys that are commonly used in aerospace as well as the medical industry.

Ideal for heat exchangers, rocket engine. parts, induction coils, electronics as well as applications requiring good conductivity. 

Alloys for high temperature applications in airplane and gas turbines as well as in the shipping industry.  

Ideal for the jewelry and watch industries but also for applications in dental, electronics and many other industries.

Tungsten designed specifically for thin-walled X-ray guidance structures often used in medical devices. 

Alloys for printing parts in aerospace, medical, energy, jewelry, shipping and food industries.

Ideal for a wide range of high-performance applications in aerospace, automobile and medical as well as lifestyle industries.

These alloys are ideally suited for tooling inserts across all industries. 

PAEK materials are polyesters with excellent mechanical and dielectric properties. They are fireproof and especially suitable for manufacturing high-performance molded parts. 

PA 11, also known as nylon, is a chemically and mechanically heat resistant material, ideally suited for highly technical applications thanks to its durability. 

White polyamide 12 powder is also known as nylon. Parts made from PA 12 are robust,  stable, chemically resistant and versatile. 

Materials in this family of polymers have similar properties to elastomers.

This transparent, foamed white, amorphous or semi-crystalline thermoplastic has high rigidity, medium hardness and strength, but low impact  resistance.

Materials of this class are the second most important type of plastic, accounting for around 20% of the total global production of plastic parts.