Powder Handling Station (PHS)

Maximize powder recovery & savings

You can recover up to 95% of unsintered powder with our advanced powder collecting system. Such a feature is not available on the SLS 3D printer market.

The recovered powder can be refreshed and reused, driving up savings and limiting maintenance costs.

Optimize post-processing workflow

The PHS covers all stages of post-processing : depowdering, cleaning, sifting, and refreshing. It can be also connected to the Sinterit sandblasting machine and vacuum.

It can also be used with a few Sinterit printers (provided they’re all using the same material).

Get faster cleaning and refreshing

Cleaning the printer and refreshing the collected powder in the PHS takes up to 40 minutes.

The PHS collects all unsintered powder in the container. You then simply add the fresh powder to the powder chamber and the PHS does the rest, setting you up with a refreshed powder mix for your next print run.

Try out material compatibility & capacity

Compatible with all Sinterit powders.

The powder capacity is 20L, sufficient for both compact and industrial machines.

Advanced powder collecting system

All elements of our collecting system (the cleaning hose, powder chamber, powder separator, powder sieving module, and container) work to maximize powder recovery, allowing you to reuse powder and drive down costs.

Build-in connections for vacuum and sandblaster

The PHS comes with convenient connections for the Sinterit ATEX Vacuum and sandblasting solutions.

Control panel

Enables you to operate all of the interconnected devices from a single console and shows the time you’ll need to complete the sieving process.

Other essential accessories

The PHS set also comes with nozzles for depowerdering and detailed vacuuming, a powder wiper, a tube brush, two powder chamber grids, and two containers.

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FAQ

What does the workflow of PHS look like?

Start by removing the cake with the IO box so it can be smoothly moved from the printer area and put on the PHS to depowder the prints. After removing the unsintered powder from the print, turn on the PHS to begin collecting the powder. The sifting and refreshing process take place in the PHS. You only need to fill in the powder chamber with the refresh powder; PHS will mix it for you. After refreshing, move the container with refreshed powder out to reuse it for the next print.

How long will it take to go over the full post-processing workflow?

Depowdering the print and sifting can take up to 40 minutes. Depowdering includes: cleaning the print, sifting, and refreshing the powder.

Cleaning the printer and the PHS space can take up to 25 minutes.

The time it takes to sandblast depends on how many prints you need to clean. It can take from two up to 40 minutes if you have really complicated shapes or numerous prints. You’ll speed up the process if you start sandblasting when the PHS is sifting the powder.

How messy is the overall post-processing?

Contact with the powder was limited at each stage of the process.

The IO Box (added to the printer) helps move the print cake out carefully and slowly, limiting the powder mess. Once you have a print cake on the PHS space cleaning the print, the unsintered powder goes down so you don’t have to move the powder to another place.

The suction hose and powder wiper (attached to the PHS) help you clean up after the depowering stage.

To limit the spread of powder, use the funnel when adding fresh powder from the container to sifted, unsintered material. The funnel is available in our Dedicated Powder Tools set.

How does the sifting module work?

Located under the worktop, the sifting module sieves all the powder spilled during work and readies it to be mixed with fresh powder.

Walter Pucheanu

R&D Technician
Department of Chemical and Biological Engineering (CBI) / University of Erlangen–Nuremberg

The print quality of the Lisa PRO is impressive.

SEE CASE STUDY

Sean Higgins

Nabson Inc.

In order to keep up with our production demand, we have been operating the Lisa PRO almost 7 days a week for the past couple of months, without incident, and produced over 1500 sleeves.

SEE CASE STUDY

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We understand that choosing the right 3D printing technology can be a daunting task, even for professionals. That’s why we invite you to consult our advisors and ask as many questions as you need to. Our experts will help you choose the best technology for your applications, suggest the powders you will need, provide more information for specifications or tenders, or send you sample printouts demonstrating the features you’re looking for. Send a form and try to describe all your needs so we can be prepared when contacting you. Once we receive your message, we will contact you soon.

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International Sales Specialist

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Pricing

Below there are approximate costs for some example models.

Be aware that the quotation assumes that there is only one piece printed. In SLS technology, the cost per part will be much lower with a higher number of elements printed at once.

Flexible
Standard

Model

Dimensions

PA12
Smooth

PA11
Onyx

Flexa
Grey

Flexa
Bright

Flexa
Soft

TPE

Below

Model volume:

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

51,30 €

Crank

Model volume:

28.12 cm^3

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

49,90 €

Derailleur

Model volume:

28.12 cm^3

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

71,80 €

Driller housing

Model volume:

28.12 cm^3

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

157 €

Model

Dimensions

PA12
Smooth

PA11
Onyx

Flexa
Grey

Flexa
Bright

Flexa
Soft

TPE

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Get a free sample box

Universal joint + turbine

The free samplebox contains two printouts made from PA12 Smooth. They are both movable designs, and each one is printed in one piece.

These are examples showing high precision and freedom of design ensured by SLS technology.

order free sample box

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ridiculus mus. Aliquam id placerat nunc. Integer viverra, arcu vel feugiat viverra, dui purus sodales libero.

SEE ADVANCED samples

Powder Handling Station

Recover up to 95% of unsintered powder from SLS 3D printing

PHS

Why is recovering powder important for your business?

The cost per print with SLS is not as linear as it is with FDM or SLA technologies. You shouldn’t figure the cost per part based on material cost per liter or kilogram. Instead, you should determine how much powder you can reuse for your next prints and how much this will save you.

What benefits will a PHS bring to your business?

Maximize powder recovery & savings

Optimize post-processing workflow

Get faster cleaning and refreshing

Try out material compatibility & capacity

Need more details about Powder Handling Station?

Specification

Full specification (PDF)

What is included?

FAQ

What does the workflow of PHS look like?

How long will it take to go over the full post-processing workflow?

How messy is the overall post-processing?

How does the sifting module work?

Walter Pucheanu

R&D Technician Department of Chemical and Biological Engineering (CBI) / University of Erlangen–Nuremberg

Sean Higgins

Nabson Inc.

More tools for post-processing?

Learn more about Dedicated Powder Tools

The must-have equipment for printing and post-processing. All the elements are compatible with the Sinterit ecosystem.

Need a consultation?

Make SLS 3D printing even more cost-efficient

Download our latest ebook on How to reduce SLS 3D printing costs. Get useful tips on how to optimize cost per part.

Any further questions? Contact us.

If you prefer contacting local distibutor, find yours

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Let us help you choose the best 3D printing solution

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Resources

Pricing

Get a free sample box

Powder
Handling Station

Recover up to 95%
of unsintered powder
from SLS 3D printing

R&D Technician
Department of Chemical and Biological Engineering (CBI) / University of Erlangen–Nuremberg

The must-have equipment for printing and post-processing.

All the elements are compatible with the Sinterit ecosystem.

Download our latest ebook on How to reduce SLS 3D printing costs.

Get useful tips on how to optimize cost per part.