SFM-AT200

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DEPOWDERING
METAL

THE ENTRY-LEVEL SYSTEM FOR MEDICAL PARTS AND LABORATORY APPLICATIONS

The SFM-AT200 is the most compact solution for the efficient and thorough cleaning of laser-melted metal parts. It meets the highest standards of safety, functionality and durability. The depowdering system is easy to operate and has been designed to save space. It is ideal for medical parts and laboratory applications.

Part

Dimensions300 x 300 x 230 mm
Weightmax. 60 kg (incl. build plate)
SFM-AT200 part size

RELIABLE AUTOMATED
POWDER REMOVAL

The smallest depowdering system from Solukon is based on the unique Smart Powder Recuperation® technology. With adjustable vibration and rotation, it removes excess powder from even the most complex cavities and support structures. The horizontal axis automatically swivels by approx. 350 degrees, while the rotary table can be adjusted by hand. In addition, the frequency of the vibration system can be set as required.

SFM-AT200 with medical parts

DEPOWDERING REACTIVE
MATERIALS

Since the SFM-AT200 has no ignition sources, it can also be used to safely clean parts made of reactive materials such as aluminum or titanium. Inerting with protective gas ensures fully reliable explosion protection.

The recovered metal powder can be reused and is available for other printing jobs.  

PRODUCT DETAILS SFM-AT200

  • Automated swivel device
  • Rotary table for manual positioning of the part
  • Material lock with special container for collecting metal powder
  • Vibrator with a wide frequency range
  • Powerful dust removal for non-reactive materials
  • Inert gas infusion for reactive materials in accordance with ATEX
  • Direct connection to a recycling unit
TECHNICAL DATA
Machine dimensions (W x D x H)1,160 x 985 x 1,139 mm
Installation space (W x D x H)2,200 x 2,400 x 2,200 mm
Weight150 kg
Supply voltage / frequency400 / 50 – 60 V/Hz
Power consumption0.4 kW
Power connection16 A
PART
Weightmax. 100 kg
Dimensionsup to 300 x 300 x 230 mm

COUNTDOWN

RAPID + TCT 2025
BOOTH 2127

30 DAYS
10 HRS
52 MIN