Mars03

Inert Gas Infusion system

Argon or Nitrogen can be used with exhaust connection for external venting system 

Advanced De-powdering System

• Rotary table customization to fit your specific build plates 

• Pneumatic knocker and additional electro vibrator

• Programmable blow off nozzles on swivel arm  

Smart Measurement Analytics

• Inert gas & compressed air consumption 

• Electricity consumption  

• Humidity inside the working chamber 

• Temperature inside the working chamer

For even greater precision and control, the MARS03 automated depowdering system can be enhanced with Orbi Depowdering Software — the smart way to plan, simulate, and execute depowdering recipes.

• Save time and reduce trial and error

• Increase process consistency and repeatability

• Store, reuse, and standardize recipes across production runs

• Seamlessly integrated with MARS depowdering systems, including MARS03

Orbi gives production engineers and additive manufacturing specialists more control than ever over their additive manufacturing post-processing workflows, helping reduce waste, increase part quality, and boost overall efficiency.

Learn more about Orbi Software

Orbi allows you to digitally create and refine depowdering parameters before running the process. By simulating part rotation, movement paths, and powder extraction settings, Orbi ensures that each cleaning cycle is optimized for part geometry, material, and complexity.

The MARS03 automated depowdering system is specifically designed to efficiently and safely remove residual metal powder from complex 3D printed structures. With its fully automated capabilities and advanced optional features, it addresses critical challenges in the post-processing of additive manufactured metal parts, offering superior cleanliness, operational safety, and production efficiency.

It delivers a reliable, automated solution essential for industries utilizing additive manufacturing, including aerospace, medical, automotive, and industrial manufacturing. This machine effectively manages increasingly intricate geometries and dense metal structures, streamlining post-processing workflows and reducing production times.

Minimize manual labor and achieve consistent, high-quality results through precise automated powder removal, greatly improving productivity.

Equipped with an optional inert gas system (Argon or Nitrogen), the MARS03 safely processes reactive metal powders, such as titanium and aluminum, significantly reducing oxidation and safety hazards.

Designed for seamless integration with Addiblast’s STAR01 powder recycling system, the MARS03 enables direct recycling and reuse of metal powders, improving sustainability and reducing costs.

Provides real-time analytics on inert gas and compressed air consumption, vibration frequencies, and environmental parameters. These insights enhance efficiency, reduce operational costs, and ensure consistent depowdering quality.