Depowdering Metal

DEPOWDERING

METAL

EFFICIENT DEPOWDERING OF LASER-MELTED METAL PARTS

Postprocessing is a key step in additive manufacturing. Solukon offers a wide range of depowdering systems for metal. All of our postprocessing systems are based on the unique SPR® Smart Powder Recuperation technology. Both automated rotation and adjustable vibration ensure that powder can flow out of even the finest interior channels of the build job. Solukon has the right configuration for any geometry and any material. Variable excitation forms, consistently digital process monitoring and the unique SPR-Pathfinder® software are only a few of our many features.
Our depowdering systems are compatible with all 3D printers (LPBF) and can be inerted for reactive materials like titanium.
Choose your depowdering system based on the size and weight of your build job now and get efficient, safe and sustainable postprocessing.

OUR DEPOWDERING SYSTEMS
FOR METAL

PART

DIMENSIONS
600 x 600 x 1500 mm
820 x 820 x 1300 mm

WEIGHT
2100 kg

SFM-AT

1500-S

PART

DIMENSIONS
600 x 600 x 1000 mm

WEIGHT
800 kg

SFM-AT

1000-S

PART

DIMENSIONS
600 x 600 x 600 mm
800 x 400 x 550 mm

WEIGHT
300 kg

SFM-AT

800-S

PART

DIMENSIONS
400 x 400 x 400 mm
500 x 280 x 400 mm

WEIGHT
100 kg

SFM-AT

350

PART

DIMENSIONS
300 x 300 x 230 mm

WEIGHT
60 kg

WHAT MAKES OUR
DEPOWDERING SYSTEMS SPECIAL

Process monitoring and automation integration (DFT)

Unique depowdering software for calculation and simulation

Reliable, reproducible cleaning results

Intuitive handling (UX)

Numerous variable forms of excitation

Material- and customer-specific configurations

Easy integration into (automated production lines)

Compatible with all LPBF printers

Low-maintenance premium product with a long service life

Engineered and Made in Germany

Robust design in accordance with the highest industry standards

Patented technology

Technology of choice of leading AM companies

UL field evaluation approved

APPLICATIONS AND SECTORS
FOR OUR DEPOWDERING SYSTEMS

Solukon systems are used wherever 3D-printed parts must be cleaned efficiently and quickly. Classic industries like the energy sector, automotive industry and medical technology use them, as do industries of the future like the aerospace industry. Further, all the leading printer manufacturers (OEMs) put their trust in our technology.