3D PRINTING OF METALS
Years of experience in industrial metal printing and the know-how accumulated through challenging projects are at your disposal. We implement all types of projects from prototypes and product development to full serial production.
Prototypes
A cost-effective way to make prototypes from a metal that matches the mechanical properties of the final product.
Customized products
With 3D printing of metals, it is possible to produce customized products with new features without cumbersome processes.
Serial production
The serial production with metal 3D printing is reality today. Small and medium-sized components with complex features should be manufactured by 3D printing.
Technologies and materials for 3D printing of metals
Validated processes and material parameters.
Various heat treatments to optimize mechanical properties
Machining and other finishes as required by the customer
In metal 3D printing, we use industry-leading technologies from SLM Solutions and EOS. Our factory is located in Ylöjärvi, Finland.
Wide range of materials
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AlSi10Mg
AlSi10Mg is an aluminium-based alloy widely used in the AM industry for the manufacture of functional parts and prototypes. AlSi10Mg is often used in applications requiring good mechanical properties, lightness and cost-effectiveness.
+Corrosion resistance
+Electrical conductivity
+Temperature conductivity
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316L
Stainless, acid-resistant steel 316L is an austenitic high-chromium steel that is ideal for 3D printing using powder metallurgy. 316L is often used in applications where good mechanical properties and excellent corrosion resistance are required.
+Corrosion resistance
+High temperature strength
+Strength
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Maraging Steel
1.2709 is a maraging tool steel rich in alloyed nickel and some molybdenum. 1.2709 is suitable for moulding tools and other high performance applications requiring both high strength and toughness.
+Hardening, 54HRC
+Toughness
+Fracture toughness
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Ti6Al4V
Titanium alloy Ti6Al4V is one of the most widely used titanium-based alloys in the world. Its high strength, low density and good corrosion resistance make Ti6Al4V highly suitable for production parts in various industries and biomedical applications.
+Corrosion resistance
+Fatigue strength
+Bond strength
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IN718
IN718 is a nickel-chromium alloy with excellent tensile, fatigue and creep strength up to 700 °C. IN718 is an important alloy in the manufacture of components for aircraft engines, turbines and other high temperature applications.
+Strength
+Sealing
+Temperature resistance
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Invar36
Invar 36® is a nickel-rich steel with a uniquely low coefficient of thermal expansion below the Curie temperature of 280 °C. Invar 36® is used in components requiring high dimensional stability over a wide temperature range.
+Low coefficient of thermal expansion
+Mechanical properties at cryogenic temperatures
Orders and requests for quotations online
You can place production orders and requests for quotations directly in the online service. Download a 3D model of the product to be 3D printed, and the system calculates the price for production in real time.
Orders and requests for quotations traditionally:
“We have the industry's leading and most versatile experience in industrial 3D printing of metals in Finland.”
Book a free 3D printing survey
3D survey finds the possibilities of utilizing 3D printing of metals in a company. Based on the survey, the development of products and operations can continue on the basis of clear insights as better or new products, tools or spare parts.
The mapping process reviews the customer’s products, components, and processes, and analyzes what benefits 3D printing could bring to these. 3DStep prepares a written report of the survey.
3D Survey is a free 2-hour confidential workshop with 3Step's Chief Technology Officer Vesa Kananen and people from the customer's product development, purchasing and production.
Our online surveys are available globally – let’s book a mapping!
The mapping can be done on site or online.