Parameters

Parameter settings are essential in metal additive manufacturing because they directly influence the quality, mechanical properties and reproducibility of the printed parts. Each machine and material requires specially developed parameters to ensure optimal results. Below is a concise summary of the main properties of commonly used materials, in combination with applicable heat treatments in metal additive manufacturing.

Overview of material properties

Aluminium

Diagram illustrating the relationship between elongation at break and tensile strength in aluminium – a key indicator of mechanical properties in additive manufacturing.

Cobalt-chromium

Diagram illustrating the relationship between elongation at break and tensile strength in cobalt chromium – a key indicator of mechanical properties in additive manufacturing.

Copper

Diagram illustrating the relationship between elongation at break and tensile strength in copper – a key indicator of mechanical properties in additive manufacturing.

Nickel

Diagram illustrating the relationship between elongation at break and tensile strength in nickel – a key indicator of mechanical properties in additive manufacturing.

Stainless steel

Diagram illustrating the relationship between elongation at break and tensile strength in stainless steel – a key indicator of mechanical properties in additive manufacturing.

Titanium

Diagram illustrating the relationship between elongation at break and tensile strength in titanium – a key indicator of mechanical properties in additive manufacturing.

Tool steel

Diagram illustrating the relationship between elongation at break and tensile strength in tool steel – a key indicator of mechanical properties in additive manufacturing.

Access further details about our parameter data

Download the parameter data sheets here!

At TRUMPF, we classify the developed parameters by machine and material group. Download the relevant parameter data sheet to explore the achievable technical data. These sheets are regularly updated to ensure the information remains current.

TruPrint 1000

TruPrint 1000

With the next generation of the TruPrint 1000, you can enjoy even higher productivity and premium quality in 3D printing - all on the smallest possible footprint.

Datasheet_Tool-Steel_TruPrint_1000
pdf
5 MB
Datasheet_Tool-Steel_TruPrint_1000
Datasheet_Titanium_TruPrint_1000
pdf
9 MB
Datasheet_Titanium_TruPrint_1000
Datasheet_Stainless-Steel_TruPrint_1000
pdf
7 MB
Datasheet_Stainless-Steel_TruPrint_1000
Datasheet_Refractory-Metals_TruPrint_1000
pdf
5 MB
Datasheet_Refractory-Metals_TruPrint_1000
Datasheet_Nickel_TruPrint_1000
pdf
5 MB
Datasheet_Nickel_TruPrint_1000
Datasheet_Copper_TruPrint_1000
pdf
5 MB
Datasheet_Copper_TruPrint_1000
Datasheet_Cobalt-Chrome_TruPrint_1000
pdf
9 MB
Datasheet_Cobalt-Chrome_TruPrint_1000
Datasheet_Aluminium_TruPrint_1000
pdf
5 MB
Datasheet_Aluminium_TruPrint_1000

TruPrint 2000

TruPrint 2000, cost-effective 3D printing with premium quality from TRUMPF

Featuring a 400 cm² build area and a new 80 µm spot size configuration, the TruPrint 2000 delivers high-quality, ultra-productive additive manufacturing results – ideal for the tool industry, as well as dental, medical and general industrial applications.

Datasheet_Tool-Steel_TruPrint_2000
pdf
10 MB
Datasheet_Tool-Steel_TruPrint_2000
Datasheet_Titanium_TruPrint_2000
pdf
10 MB
Datasheet_Titanium_TruPrint_2000
Datasheet_Stainless-Steel_TruPrint_2000
pdf
10 MB
Datasheet_Stainless-Steel_TruPrint_2000
Datasheet_Nickel_TruPrint_2000
pdf
3 MB
Datasheet_Nickel_TruPrint_2000
Datasheet_Copper_TruPrint_2000
pdf
4 MB
Datasheet_Copper_TruPrint_2000
Datasheet_Cobalt-Chrome_TruPrint_2000
pdf
6 MB
Datasheet_Cobalt-Chrome_TruPrint_2000
Datasheet_Aluminium_TruPrint_2000
pdf
6 MB
Datasheet_Aluminium_TruPrint_2000

TruPrint 3000

TruPrint 3000, Flexible Lösung für den industriellen 3D-Druck

Benefit from even more flexibility, quality and productivity for your industrial additive manufacturing with the TruPrint 3000. Select from full-field multilaser, 500 or 700 W, internal or external handling and monitoring of parts and powders.

Datasheet_Tool-Steel_TruPrint_3000
pdf
7 MB
Datasheet_Tool-Steel_TruPrint_3000
Datasheet_Titanium_TruPrint_3000
pdf
8 MB
Datasheet_Titanium_TruPrint_3000
Datasheet_Stainless-Steel_TruPrint_3000
pdf
7 MB
Datasheet_Stainless-Steel_TruPrint_3000
Datasheet_Nickel_TruPrint_3000
pdf
6 MB
Datasheet_Nickel_TruPrint_3000
Datasheet_Aluminium_TruPrint_3000
pdf
24 MB
Datasheet_Aluminium_TruPrint_3000

TruPrint 5000

TruPrint 5000

With the TruPrint 5000, maximise productivity when manufacturing 3D printed parts in series production. Thanks to features like 500°C preheating and multilaser equipment, you can produce top-quality parts even when working in demanding industrial applications. Thanks to the Preform option, the TruPrint 5000 supports hybrid part production.

Datasheet_Stainless-Steel_TruPrint_5000
pdf
6 MB
Datasheet_Stainless-Steel_TruPrint_5000
Datasheet_Titanium_TruPrint_5000
pdf
24 MB
Datasheet_Titanium_TruPrint_5000
Datasheet_Tool-Steel_TruPrint_5000
pdf
17 MB
Datasheet_Tool-Steel_TruPrint_5000
Datasheet_Nickel_TruPrint_5000
pdf
6 MB
Datasheet_Nickel_TruPrint_5000
Datasheet_Aluminium_TruPrint_5000
pdf
5 MB
Datasheet_Aluminium_TruPrint_5000

TruPrint 5000 Green Edition

Additive manufacturing with pure copper for large parts – made possible by the unique combination of green laser light and the additive manufacturing system.

Datasheet_Copper_TruPrint_5000_Green
pdf
4 MB
Datasheet_Copper_TruPrint_5000_Green

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