We offer two types of 3D printing, metal and composite. In addition to printing as such, we offer all design and preparatory work, 3D printing itself or parts of 3D printing integrated in our facilities and all finishing work.

We can also offer reverse engineering using a 3D scan. If you already have a finished product or a spare part that can no longer be obtained, bring it to us. We will create documentation for it and we will be able to produce it for you in any quantity.

METAL 3D PRINTING

ADAM technology is new in the field of metal 3D printing, but it combines 30-year-old and proven technologies – Metal Injection Moulding (MIM) and FDM / FFF 3D printing.

This delivers a number of benefits:

• Thanks to the ability to create an inner honeycomb, it is possible to produce lightweight components with the strength of steel but the weight of aluminium
• Ability to remove traces of layering before the final sintering
• Up to 30 % cheaper products compared to DMLS / SLS technologies

WITHIN OUR TECHNOLOGY, WE ARE ABLE TO OFFER PRINTING OF THE FOLLOWING MATERIALS:

• Tool steel H-13 (1.2344, ev. 19 554) – Tool steel for heat-loaded tools (injection moulds, dies, etc.)
• Tool steel A-2 (1.2363) – Universal tool steel with high toughness and abrasion resistance. Hardenable to 60 HRC.
• Tool steel D-2 (1.2379) – High-carbon tool steel with excellent abrasion resistance and high compressive strength, especially suitable for cutting tools, etc. Hardenable to 60 HRC.
• Stainless steel 17-4 PH (1.4542) – Martensitic stainless steel, precipitation hardenable up to 45 HRC
• Inconel 625 – Nickel-chromium alloy with extreme resistance to high temperatures and corrosion. It is primarily used in the energy and chemical industries.
• Copper (purity 99.8 %) – Material suitable for the production of thermal conductors, electrodes, or for prototyping light metal castings

COMPOSITE 3D PRINTING

3D printing works on the principle of FDM technology. In addition, a continuous fibre is ironed into the base matrix of polyamide.

• Different types of fibres allow you to tune the mechanical properties of the product and its use.
• Carbon for maximum strength and rigidity, close to aluminium
• Kevlar for impact resistance
• HSHT glass fibre for high strength at elevated temperatures (up to 150 °C).

USING 3D METAL PRINTING IN PROTOTYPES

Prototypes of castings and forgings

• Easy production of various product variants
• Fast production – does not require long preparation

FIXTURES OF ALL KINDS

• Welding electrodes
• Lightweight components for robots and hand tools
• Manipulators
• Tools with complex shapes
• Shaped inserts with conformal cooling
• Electrodes for electro-erosive machining
• Grippers for removing mouldings from the mould

VARIABILITY OF MATERIALS

• The amount of available materials allows the setting of optimal mechanical properties
• Fast transition to production from another material
• Use of 3D printing of metals and composites in machines
• Components with complex shapes
• Weldment replacement
• Lightweight components

SEE THE PRESENTATION