Photo equipments Trumpf TruPrint 5000

Trumpf TruPrint 5000

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SLM 3D Printing Solution for Industrial Manufacturing

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Technical Data

Construction volume (cylinder) Diameter 300 mm x 400 mm Height
Effective constructive volume (after preheating >200 °C)  Diameter 290 mm x 400 mm Height
Workable Materials Welding metal powders such as stainless steels, tool steels, aluminum alloys, nickel or titanium based. Information on material availability and current parameters is available on request.
Preheating (standard) Up to 200 °C
Preheating (optional) Up to 500 °C
Maximum laser power at blank (TRUMPF fiber laser)  500 W
Beam diameter (standard)  80 μm
Layer thickness 30 - 150 μm
Production rate 5 - 180 cm³/h 1
Minimum measurable oxygen content  Până la 100 ppm

Connection and consumption

Electrical connection (voltage) 
Electrical connection (current) 
Electrical connection (frequency) 
Protective gases 

 

400 V

32 A

50 Hz

Nitrogen, Argon

Construction form
Weight (incl. filter, control cabinet, powder) 
Dimensions (incl. filter, control cabinet) (W x H x D) 
Dimensions (incl. filter, control cabinet) (W x D x H) with optional pre-heating 500 °C 

7085 kg

4616 mm x 1645 mm x 2038 mm

5266 mm x 1645 mm x 2038 mm 

 

The TruPrint 5000 is a high productivity 3D SLM printing system designed for industrial mass production. Equipped with a 500°C preheat option, this system ensures superior component quality and a robust laser metal fusion (LMF) process.

With three 500 W TRUMPF 500 W lasers, the TruPrint 5000 is ideal for complex applications, offering maximum productivity thanks to dynamic scanning strategies and simultaneous illumination throughout the entire build space. The system enables fast and reliable manufacturing of components from a variety of metal materials, meeting the high demands in areas such as tool and die making, aeronautics and dental technology.

The TruPrint 5000 also offers the option of hybrid production using raw preforms, saving time and costs. The system is optimized for parallel operation, allowing cooling of hot components during the main working regime and avoiding powder contact. Industrial monitoring and external part and powder management completes the solution for industrial additive manufacturing series.

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