ADVANCED

POST-PROCESSING

SOLUTIONS FOR METAL

Manual powder removal

Manual surface finishing

Hand surface treatment

Challenges FACED DURING

Metal AM

Hand surface treatment

Challenges FACED DURING

Metal AM

Manual powder removal

Manual surface finishing

Hand surface treatment

SOLUKON® AUTOMATIC DEPOWDERING

SOLUKON® DEPOWDERING SYSTEMS FOR

METAL COMPONENTS

SFM-AT200

SFM-AT350

SFM-AT800-S

SFM-AT1000-S

ASSONIC® HIGH EFFICIENCY POWDER sieving

The end-to-end process combines reliable depowdering of additively manufactured components with qualified preparation of excess powder which is collected, screened, dried and the returned to the process.

High performance long life screens

Low footprint

Works in closed loop with vacuum feeder

Reliable powder handling in safe atmosphere

CHALLENGES WITH MANUAL SUPPORT REMOVAL

No repeatability

No predictability

Low production speed

No complex geometries

HIRTISATION®
ACTS AS ENABLER FOR

MANY PART TYPES

RENA® HIRTISATION

SOLUTIONS PORTFOLIO

H3000

Part size max. 300x300x150
with 3 active tanks

Treatment of one metal alloy

Positioning mainly in the R&D secto

H6000

Part size max. 500x500x300
with 4 active tanks

Treatment of two different
metal alloys in parallel

Facility for small serial production

H12000

Part size up to 1200x1000x500

Treatment of two to four
different metal alloys in parallel

Facility for industrial mass production

CHALLENGES OF

MANUAL SURFACE FINISHING

No repeatability

No predictability

Rounding of ages

Low production speed

No complex geometries

Microscratches on a surface

No repeatability

No predictability

Rounding of ages

Low production speed

No complex geometries

Microscratches on a surface

DLYTE

BENEFITS

Respects the tolerances and preserves
the initial shape, even the cutting
edges

Achieves Ra under 0,09
micrometers

Achieves homogeneous results
across the surface and eliminates
micro-scrathes

Avoids contamination on the surface and no traces of hydrogen on the surface

Increases resistance to corrosion

Enhances negative surface skewness (rsk) which increases the surface bearing contact area (allowing uniform lubricant film distribution) improwing the bearing ratio

Avoids generating grinding texture patterns, improving wear and fracture resistance, and improving fatigue resistance

DLyte® surface finishing

PORTFOLIO

DLyte has been evaluated by Fraunhofer Institute as the finishing technology with the lowest surface roughness among 8 different surface finishing technologies for Metal parts.

x2 Surface roughness improvement*

* Note: in comparison to alternatives

Compact Series

PRO Series

Customized Solutions

GET IN TOUCH

Send us your samples and we will be happy to develop the best surface finishing process to achieve your processing goal.

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