SOLUTIONS forADDITVE MANUFACTURING
smart unpacking and closed loop powder handling – dust-free, efficient, repeatable.
Xplore
your FINSH solution
Smart Powder Handling for Additive Manufacturing
Our system offers a seamless integration into your additive manufacturing workflow. It is compatible with a wide range of 3D printers, supports direct use of manufacturer-specific powder containers and powder fill-in interface.
Key Advantages
Turnkey
Solution
Modular, scalable, and flexible – designed to grow with your production needs.Full
Automation
Minimizes manual intervention and reduces labor costs while increasing efficiency.Employee
Safety
Sealed system, vacuum suction and integrated filtration ensures powder dust does not enter the surrounding environment.Efficiency
Available
A user-friendly solution built for reliable, high-performance operation.all-in-oneall process steps automated
STEP 1
Reuse
STEP 2
Sieve
STEP 3
Weight
STEP 4
Dose
STEP 5
Blend
STEP 6
Convey
Advantages
of the modular platform
Reduce Cost per Part
Cost leadership in post-processing and powder handling is key to sustainable 3D printing
Increase Quality
Only those who control powder and part quality will scale additive manufacturing
Save Time
Reducing lead time cuts waste and unlocks scalable, cost-effective growth
Dust-Free Production
Dust-free environments protect employees, preserve material integrity, and safeguard our environment
Customers who trust us
Technical
Data
POWDER BASE
With the FS POWDER BASE, multiple types of powder (e.g. recycled, overflow and virgin powder) can be aspirated, screened, dosed, homogenised and discharged in just a few minutes. In addition to a freely adjustable refresh rate, the mixing ratio is ensured by a sensitive load cell. The powder is swirled through a series of flow nozzles to avoid dead zones and ensure complete homogenisation. The integrated flow mechanism conveys the ready-to-use powder directly to the printer or to any external container.
| Throughput | 60 kg / h (ready-to-use powder) |
|---|---|
| Conveying type | Vacuum conveying |
| Sieve | Flow sieve, 250µm mesh size |
| Dosing | garavimetric |
| Mixing | Airflow Jet |
| Container volume | 60 liters |
| Filter | F6 HEPA |
| Control System | Siemens PLC, touch panel |
| Footprint (W x D x H) | 0,8m x 0,8m x 2,3m |
| Power Consumption | < 3kW |
| Weight | 400 kg |
| Noise Emission | < 75dB(A) |
| Compliance | CE-compliant (Maschine Directive 2004/42/EG) |
| Function |
|
SPINNER S
With the SPINNER S, interchangeable frames, e.g. EOS P1, FARSOON ST252, can be unpacked cost- effectively and efficiently within a few minutes and the powder removed as far as possible. The complete printing frame is fed into the machine and can be removed after the process with the unpacked workpieces. Controlled rotation speeds and angles allow a choice between gentle and effective unpacking/depowdering. The recovered powder is collected in a wide neck drum (e.g. Curetec) as standard.
| Throughput | 120 kg / h (job material) |
|---|---|
| Capacity | 25 liters job volume |
| Separation Method | rotation |
| Weight | 270 kg |
| Footprint (W x D x H) | 0,8m x 0,8m x 2,2m |
| Noise Emission | < 70 dB(A) |
| Power Consumption | < 1 kW |
| Compliance | CE-compliant (Maschine Directive 2004/42/EG) |
| Function |
|
SPIN M
With the FS SPINNER M, interchangeable frames, e.g. EOS P3, FARSOON 403, can be unpacked cost-effectively and efficiently within a few minutes and the powder removed as far as possible. The complete print frame is fed into the machine and can be removed after the process with the unpacked workpieces. Controlled rotation speeds and angles provide a choice between gentle and effective unpacking/depowdering. The recovered powder is collected in an extraction hood as standard and removed via an active extraction system (e.g. FS POWDER BASE for powder preparation).
| Throughput | 150 kg / h (job material) |
|---|---|
| Capacity | 100 liter job volume |
| Separation Method | rotation, airflow |
| Weight | 330 kg |
| Footprint (W x D x H) | 1,2m x 1,0m x 2,2m |
| Noise Emission | < 70 dB(A) |
| Power Consumption | < 1 kW |
| Compliance | CE-compliant (Maschine Directive 2004/42/EG) |
| Function |
|
Voice of the customer
SIEMENS
International Service in AM
Simple solutions for automating post-processing tasks
The equally simple and functional individual modules from OSSBERGER, such as the FS SPINNER (unpacking SLS build jobs) and the FS POWDER (preparing and mixing SLS powder), significantly reduce manual effort. For Siemens Digital Industries, OSSBERGER is not only a supplier and partner in additive manufacturing, but also uses Siemens components for the control systems of its equipment.
Orthos
Specialist Orthodontics Laboratory
Serial production in medical technology
We have been using the OSSBERGER FS Spinner and the Powder Tower for about a year. These machines greatly simplify our daily operations and allow us to make better use of the time we save. We manufacture many individual small parts. Using conventional methods, this Sisyphean task would be nearly unmanageable. Thanks to OSSBERGER’s automated unpacking solution, we can complete what used to be a 2-hour task in just a few minutes.
Launhardt
Production of Plastic and Metal Components
Production in the plastic and metal industry
Unpacking SLS parts is mostly done manually and poses the risk of powder contamination from foreign substances, leading to increased process instability in additive manufacturing, as well as the risk of employee exposure to airborne powder. The combination of OSSBERGER Spinner and Powder Base enables dust-free, semi-automated, and efficient unpacking of SLS build jobs. OSSBERGER systems integrate seamlessly into SLS part production and enable semi-automated unpacking, defined refreshing with virgin powder, intensive mixing of used and virgin powder, and sieving out contaminants. The OSSBERGER units are positioned between the SLS machine and the blasting cabinet, requiring little space and allowing for easy and flexible integration into production. Especially for small and medium-sized productions, these systems provide significant advantages in SLS part manufacturing.
Neue Materialien Bayreuth
Innovative materials and process development for industrial practice
Development of AM serial processes
We are an independent research institution that develops novel material variants and associated energy-efficient processing methods for lightweight construction using plastics, metals, and composites. Our goal is to create sustainable solutions to optimize existing materials and production processes for specific applications. OSSBERGER’s Finish FS Automatic automates the depowdering of SLS components and ensures efficient and reproducible powder preparation. This improves economic efficiency, enhances part quality, and increases productivity in additive manufacturing.
DEPROMA
Production in the 3D printing industry
High-tech company in the field of additive manufacturing
Material preparation is one of the key factors in the SLS 3D printing production process. Process consistency, precise material ratios, and procedures that eliminate contamination risks are essential to ensure the highest quality in both manufacturing and final products. Using OSSBERGER equipment for over a year has made it much easier for us to meet these standards. A major advantage of OSSBERGER systems is their user-friendly operation, compact design, and excellent customer support.
1zu1
Leading provider of additive manufacturing
Process optimization for additive manufacturing
To offer our customers greater efficiency while maintaining part quality in additive manufacturing, a higher level of automation is also required in post-processing. OSSBERGER has developed an excellent solution that meets these requirements, especially for small parts and higher volumes. In addition, powder handling is automated, making it safer as well.
EOS
Leading technology provider in industrial 3D printing
Smart end-to-end solutions for additive manufacturing
We don’t just offer customers individual products, but holistic solutions backed by a comprehensive, diverse, and quality-oriented ecosystem with strong partners. With OSSBERGER, we have found an innovative partner in post-processing and look forward to a successful and long-term collaboration.