Metal Depowdering Solutions

Efficient Powder Removal for Additive Manufacturing

At Addiblast, we provide state-of-the-art depowdering solutions designed to meet the rigorous demands of additive manufacturing. Our systems are engineered for efficiency, safety, and precision, ensuring optimal performance for the most complex 3D printed structures.


Mars - Depowdering systems


Precise Depowdering

The Problem We Solve

As 3D printing technology advances, the complexity of printed parts is increasing. This complexity requires sophisticated depowdering solutions that can efficiently and effectively remove powder from intricate geometries. Additionally, the need for efficient material removal and recycling is crucial for maintaining cost-effectiveness and quality in additive manufacturing. Our solutions are designed to meet these demands.

Automated and Manual De-powdering

Our solutions cater to various needs, offering both automated and manual systems for thorough depowdering. 

Inert Gas Infusion

Enhance safety and efficiency with our inert gas infusion technology, perfect for reactive materials like titanium and aluminum.

Explosion-Proof Design

Built to handle high-risk materials safely, making our systems suitable for a wide range of applications.

MARS Depowdering Systems

Discover our range of MARS series depowdering systems, each designed to provide optimal performance for different applications and needs.

MARS01 depowdering


Manual depowdering system for cleaning and removing supports from 3D printed parts.

  • Machine Size: 1500 x 1200 x 2050 mm
  • Features: Explosion-proof, powder collection bin, pneumatic part vibration system.
  • Optional: Inert gas infusion system

up to 300 x 300 x 400 mm

max. 150 kg

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MARS02 Binder jet printing depowdering

Manually remove powder from hard-to-access channels, cavities, and support structures.

  • Machine Size: 1700 x 1600 x 2250 mm
  • Features: Two limit swiches and controlled with pedals, lifting mechanism for z-direction movements (300mm), vibrating collection hopper.
  • Optional: Upgraded recycling system, inert gas infusion system.

750 x 450 x 250 mm (customized to fit build box)


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Mars03 metal depowdering

Fully automated depowdering for metal 3D printed parts.

  • Machine Size: 2000 x 1200 x 2050 mm
  • Features: Automated, explosion-proof, powder collection bin, pneumatic part vibration system, servo-driven swivel arm 210° rotation.
  • Optional: Inert gas infusion system, advanced de-powdering system, smart measurement analytics.

up to 400 x 400 x 400 mm

max. 200 kg

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Mars04 metal depowdering

Fully automated depowdering for large metal 3D printed parts.

  • Machine Size: 2100 x 1900 x 2300 mm
  • Features: Automated, explosion-proof, endless 2-axis 360° rotation, pneumatic top lifting doors.
  • Optional: Inert gas infusion system, advanced de-powdering system, smart measurement analytics.

up to 600 x 600 x 1000 mm

max. 900 kg

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Mars05 metal depowdering

Fully automated depowdering for extremely large metal 3D printed parts.

  • Machine Size: 3100 x 2300 x 3200 mm
  • Features: Automated, explosion-proof, pneumatic top lifting doors, servo-driven swivel arm 210° rotation.
  • Optional: Inert gas infusion system.

up to 1000 x 1000 x 1000 mm

1100 kg (more if requested)

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