Power Bed Fusion

1 3

Direct Energy Deposition

Materials supported by these printers

150 Family

The 150 family is the new series of metal additive manufacturing machines for the production of small components.
Available in 3 models with a construction volume of Ø 150x 160 mm:
Print Sharp 150 with single IR laser, Print Genius 150 with dual lasers, Print Green 150 with green laser for processing pure copper.

  • Preheating of the powder bed from both the top and bottom up to 300°C to ensure better melting performance.
  • Real-time checks that analyze any defects in the metal powder layer at any time.
  • An optical system with beam expander, to vary the size of the laser beam spot as needed together with an automatic focus position of the laser on the software adjustment platform for an optimal result.
  • Thanks to the green laser, available on the Print Green 150, you can process highly reflective materials such as pure copper: the ideal solution for the needs of the electronics and industrial components sectors.
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300 Family

The Print 300 family is a series of machines designed for the production of medium and large sized components, available in three different laser configurations:

  • Print Sharp 300 with single laser
  • Print Genius 300 with dual laser
  • Print Brilliance 300 quad laser

Equipped with an automatic chamber extraction system that allows the entire work chamber, with the printed part and remaining powder, to be removed at the end of the job to speed up set-up activities for a new job, improving production speed.

The ideal solution for high productivity applications.

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Genius 400

Automated solution for large components.

A high-performance platform for the production of large components : the solution that best suits the specific needs of the aerospace and automotive sectors.

Thanks to its patented localized suction system, it allows you to obtain exceptional results in terms of the mechanical characteristics of critical components.

The removable work chamber and automatic powder loading simplify the loading/unloading operations of the machine, increasing the overall productivity of the system.

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IANUS

The IANUS multi-process robotic cell is based on a system consisting of an Autonox robotic arm and a laser source, inserted inside a cell with a working volume of 1600 x 1200 x 700 mm .

The peculiarity of this cell is the possibility of being configured for different laser processes such as Direct Energy Deposition based on the use of powder or metal wire as starting material, but also other laser processes not necessarily in the additive manufacturing spectrum, such as laser welding (proximity or remote) and laser hardening .

Prima Additive's IANUS robotic cell can also be configured to perform two different processes (e.g. additive and laser hardening) in the same machine , using the same laser source or different laser sources on the same robotic arm.

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Laserdyne 811

The fastest solution for quality and precision 3D manufacturing, repair and coating .

  • A single machine that supports additive manufacturing, welding, drilling, and cutting of 3D and 2D components. With the BeamDirector® and quick-change nozzles, the machine can be switched from additive manufacturing to welding, drilling, or cutting in a second. The machine can be equipped with a 3-axis or up to 7-axis configuration.
  • The machine embodies over 40 years of experience in engineering and industrial laser processing. LASERDYNE® has a solid reputation for producing quality components consistently and quickly.
  • The machine is designed to be equipped with an inert chamber option for printing reactive materials such as aluminum and titanium.
    The inert chamber achieves a total oxygen concentration of 50 ppm per working volume, and the entire building volume can be removed thanks to a pre-chamber without free inert atmosphere inside the working chamber.
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Laserdyne 795

Large platform for processing medium to large parts. The 5-axis platform is widely used in the aerospace industry due to its flexible motion and high precision.
The open frame architecture and motion system allow you to configure the
system for managing even very large parts.
The most versatile computing platform available today for additive manufacturing applications.

Working volume (mm):

  • 1000 x 1000 x 1000
  • 2000 x 1000 x 1000 (XL)

Possibility of installing a rotary table

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Laser Next 2141

Laser Next 2141 with Direct Energy Deposition technology is based on a laser metal deposition process.
The system can handle both large and small parts and is suitable for repairs, rework and coatings.
The 5-axis platform is particularly suitable for all sectors requiring flexible movement and high precision.
Thanks to Prima Additive's Direct Energy Deposition technology, the powder deposited on the component is melted where needed by a deposition head that moves on 3 to 5 axes simultaneously.

  • Multipurpose solution developed and designed for large-scale part machining and shop-floor production with advanced technology for various additive applications.
  • Thanks to the machine's multiple configurations (fixed tables, divided cabin, shuttles and rotary table), it can meet any production requirement.
  • Direct energy deposition, 3D cutting, 2D cutting and welding in a single, multi-purpose solution with multiple machine configurations.
  • Reduced downtime and maintenance. Fewer dedicated resources and no special skills required for simplified maintenance.
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