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In stock
With every system
- Install + operator training plus starter cleaning solvent
- Ceramic-workflow support clean · debind · sinter
Ceramic, Post-Processing Equipment, Wash&Cure · Cleaning, CERAMIC SLA
3DCeram AUTO CERAKLEANER — Automated Cleaning for Ceramic 3D-Printed Green Parts
Automated cleaning system that removes excess ceramic paste from freshly printed green parts, leaving them ready to debind — replacing slow, hands-on solvent cleaning in the ceramic AM workflow.
- ✓ Gentle, low-mechanical-stress cleaning of fragile green parts
- ✓ Batch time cut dramatically vs manual (e.g. 60 min → 5 min on 70 alumina parts)
- ✓ Solvent longevity + recycling · no manual solvent contact
Price held 7 days after order.
Install + training included
Tailored service plan
What your process engineer actually checks
What your process engineer actually checks
Gentle on green parts, fast on batches
Ceramic green parts are fragile before debinding, so the AUTO CERAKLEANER cleans with low mechanical stress using tailor-made fixtures — removing excess paste without breaking parts. It also collapses batch time: a vendor comparison shows 70 alumina parts cleaned in about 5 minutes versus 60 minutes by hand.
An applications engineer on the line
Not a ticket queue. We run ceramic AM in-house across print, clean, debind and sinter, so solvent, fixture and cycle advice comes from the floor. Sub-4h reply, NDA standard.
Green-part cleaning
Ceramic AM post-print
60 → 5 min
70 alumina parts (vs manual)
Low stress
Gentle on fragile green parts
Recycled solvent
Longevity + active recycling
France
3DCeram Sinto
About this product
The 3DCeram AUTO CERAKLEANER is an automated station that cleans freshly printed ceramic green parts, removing excess ceramic paste so they are ready to debind. It replaces slow, hands-on solvent cleaning in the ceramic AM workflow — gentle on fragile parts, and far faster per batch.
Why ceramic shops run the AUTO CERAKLEANER
Gentle on green parts, fast on batches, lower solvent cost.
Gentle on fragile green parts
Ceramic green parts have very little strength before debinding. The AUTO CERAKLEANER cleans with low mechanical stress and holds parts in tailor-made fixtures, so thin walls and fine features survive the cycle.
Batch time cut sharply
Automated cleaning collapses the slow manual step: a vendor comparison shows a batch of 70 alumina parts cleaned in about 5 minutes versus 60 minutes by hand — freeing operators and speeding the whole workflow.
Solvent longevity + recycling
A dedicated solvent with active recycling runs many cleaning cycles before it needs renewing, cutting solvent consumption, waste and disposal cost compared with frequent manual solvent changes.
Safer, consistent, ready-to-debind
The automated cycle takes operators out of manual solvent contact and delivers repeatable, ready-to-debind parts — the same clean result every batch, regardless of who runs it.
Where it sits in the ceramic workflow
Print → clean → debind → sinter — the AUTO CERAKLEANER is the clean step.
Step 01
Print the green part
A 3DCeram stereolithography printer builds the ceramic green part from paste, leaving excess slurry on the surface and in features.
Step 02
Automated cleaning
Load parts in tailor-made fixtures; the AUTO CERAKLEANER runs a gentle, automated solvent cycle to remove excess paste — ready-to-debind, hands-off.
Step 03
Debind & sinter
The cleaned part is debound and sintered to full density. Additive Plus can supply and support the furnaces for these steps too.
Ceramics it cleans
Across the 3DCeram technical-ceramic range.
Alumina & ATZ
Structural technical ceramics
Zirconia 3Y / 8Y
Dental & engineering
Silicon & aluminium nitride
Thermal / electronic ceramics
Hydroxyapatite / TCP
Medical & bioceramics
Cordierite & fused silica
Casting cores, thermal parts
Semiconductor parts
e.g. suction plates, nozzles
Key specifications
- Function: automated cleaning of ceramic 3D-printed green parts — removes excess paste, ready-to-debind
- Process: gentle, low-mechanical-stress solvent cleaning with tailor-made part fixtures
- Solvent: dedicated 3DCeram cleaning solvent with longevity + active recycling
- Materials: alumina, ATZ, zirconia 3Y/8Y, silicon nitride, aluminium nitride, hydroxyapatite, tricalcium phosphate, cordierite, fused silica
- Throughput example: ~70 alumina parts in about 5 min (vs ~60 min manual)
- Origin: 3DCeram Sinto (France) · utilities and footprint confirmed at quote
Machine dimensions and utilities are confirmed at quote as part of installation planning.
Build the full ceramic workflow
The steps that sit around the AUTO CERAKLEANER.
Send us your part geometry and ceramic material — an applications engineer will estimate the batch-time and solvent savings for your production and scope the full clean-debind-sinter chain. We run ceramic AM in-house. Sub-4h reply, NDA standard.
Why source the AUTO CERAKLEANER through Additive Plus
- Authorized 3DCeram Sinto partner — US sales, install and service
- Solvent supply and process guidance across print → clean → debind → sinter
- Application support from a team that runs ceramic AM in-house
- <24h response · 200+ AM systems delivered across 23 countries
| Brand | 3DCeram |
| Country of origin | France |
| Technology | Cleaning, CERAMIC SLA |
| Printing Materials | Ceramic Pastes |
| Material | Alumina, Alumina Toughened Zirconia, Aluminium Nitride, Cordierite, Fused Silica, Hydroxyapatite, Silicone Nitride, Silicore, Tricalcium Phosphate, Zirconia 3Y, Zirconia 8Y |
Product videos
Cleaning ceramic green parts by hand?
Send us your part geometry and ceramic material — an applications engineer will estimate the batch-time and solvent savings the AUTO CERAKLEANER delivers for your production, and scope the full clean-debind-sinter chain.
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Industrial, high-throughput station that removes dissolvable support material from large or many FDM and PolyJet 3D-printed parts in a heated, agitated water-detergent bath — no IPA, no hand-picking.
- ✓ 102 L heated tank · 16×16×14 in basket · No-Heat mode for PolyJet
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· Configured and quoted to your setup (incl. injection press). Install and training included; lead time confirmed at quote.From teams running ceramic additive manufacturing
Unedited feedback from process and R&D leads.
★★★★★
Manual green-part cleaning was our bottleneck and our breakage source. The AUTO CERAKLEANER cut a batch from an hour to minutes and the parts survive.
CR
Camille Roux Process Engineer · Technical ceramics
★★★★★
Solvent recycling means we change it far less often — real savings on both cost and disposal for an alumina production line.
HV
Henry Voss Production Lead · Industrial ceramics
★★★★★
Consistent cleaning across zirconia and silicon nitride parts. Taking operators out of solvent contact was a win for our EHS review too.
AT
Aiko Tanaka R&D Manager · Medical devices
Common questions
Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.
What does the AUTO CERAKLEANER do?
The 3DCeram AUTO CERAKLEANER is an automated station that cleans freshly printed ceramic green parts, removing the excess ceramic paste (slurry) left after stereolithography so the parts are ready to debind. It sits between printing and thermal processing in the ceramic AM workflow: print → clean (this) → debind → sinter — replacing slow, manual solvent cleaning with an automated cycle.
Why automate green-part cleaning?
Cleaning ceramic green parts by hand is slow, inconsistent and exposes operators to solvent. The AUTO CERAKLEANER runs an automated, gentle cleaning cycle with tailor-made part fixtures, which cuts batch time sharply — a vendor comparison cites 70 alumina parts cleaned in about 5 minutes versus 60 minutes manually — while keeping fragile green parts intact and results repeatable.
Which ceramic materials does it handle?
It is used across 3DCeram’s ceramic range, including alumina, alumina toughened zirconia (ATZ), zirconia (3Y and 8Y), silicon nitride, aluminium nitride, hydroxyapatite, tricalcium phosphate, cordierite and fused silica. An Additive Plus applications engineer can confirm the cleaning recipe and fixtures for your material and part geometry.
How gentle is it on fragile green parts?
The cleaning process is designed for low mechanical stress, and parts are held in tailor-made fixtures or baskets during the cycle so delicate features and thin walls are not damaged. That is important because ceramic green parts have very little strength before debinding and sintering.
What solvent does it use, and is it wasteful?
The AUTO CERAKLEANER uses a dedicated cleaning solvent with solvent longevity and active recycling, so a charge runs many cleaning cycles before it needs renewing — reducing solvent consumption, waste and cost versus frequent manual solvent changes. Additive Plus supplies the solvent and process guidance.
Where does it fit in the ceramic AM workflow?
Right after printing. A 3DCeram stereolithography printer builds the green part; the AUTO CERAKLEANER removes excess paste to leave it ready-to-debind; then the part is debound and sintered to full density. Additive Plus can supply and support the surrounding steps — debinding and sintering — so the whole chain runs as one workflow.
What are the installation requirements and lead time?
The AUTO CERAKLEANER is a floor-standing automated cabinet with a touchscreen control. Exact utilities and footprint are confirmed at quote as part of installation planning, and lead time is configured to order. Request a quote and an Additive Plus engineer will scope install, solvent supply and training for your facility.
Place your order, or talk to an engineer first
Order 3DCeram AUTO CERAKLEANER — Automated Cleaning for Ceramic 3D-Printed Green Parts direct, or talk to materials engineer