AUTO CERAKLEANER – Cleaner for Ceramic 3D Printed Parts | Automated Post-Processing System
Automated cleaning system for ceramic 3D printed green parts, reducing batch time, solvent waste, and operational costs in additive manufacturing.
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Brand:
3DCeram
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Technology:
Cleaning, CERAMIC SLA
In stock
High-Speed Cleaning. Automated.
AUTO CERAKLEANER for ceramic 3D printing is an industrial automated cleaning system designed to streamline the transition from printing to sintering while maximizing production yield.
✔ Automated cleaning of green ceramic parts
✔ Drastically reduced batch processing time
✔ Active solvent recycling for lower OPEX
✔ Safe, enclosed system eliminating manual solvent contact
| Parts | Manual Cleaning | Auto Cerakleaner |
|---|---|---|
| 70 Parts Alumina (50x50 mm) | 60 min (Total Batch Time) | 5 min (Total Batch Time) |
| Suction plate (Ø310x28.5 mm) | 40 min | 15 min |
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Description
Industrial Automated Cleaning for Ceramic Additive Manufacturing
The AUTO CERAKLEANER is a cleaner for ceramic 3D printed parts, engineered to provide fast, safe, and reliable post-processing for green ceramic components before debinding and sintering. Developed by 3DCeram Sinto, it ensures smooth workflows from printing to thermal processing while maintaining part integrity.
Combining high-speed cleaning with drastically reduced operating costs, the AUTO CERAKLEANER leverages solvent longevity and active recycling to lower OPEX and support CSR goals by minimizing chemical waste. Tailor-made fixtures based on 3DCeram Sinto expertise guarantee consistent handling and cleaning of complex ceramic geometries.
Designed for ceramic additive manufacturing, the system eliminates manual solvent contact, reducing operator exposure and protecting delicate green parts through gentle cleaning cycles. Compared to traditional manual methods, the AUTO CERAKLEANER dramatically increases throughput and reduces batch times, making it a cornerstone of safe, automated, and scalable ceramic AM production.
Key Performance Benefits
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Up to 12× faster cleaning compared to manual methods (e.g., 70 alumina nozzles)
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Significant OPEX reduction through solvent longevity and recycling
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Active solvent recycling supports CSR and sustainability goals
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Gentle cleaning minimizes green part breakage
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Eliminates manual solvent contact for improved safety
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Higher throughput compared to standard CERAKLEANER
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Reduced operator time per batch
| Process | Manual Cleaning | AUTO CERAKLEANER |
|---|---|---|
| 70 Alumina Nozzles | 60 min | 5 min |
| 1 Alumina Suction Plate | 40 min | 15 min |
| Operator Exposure | Direct solvent contact | Fully enclosed |
| Throughput | Low–Medium | High |
| OPEX | High | Reduced via recycling |
- 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
Materials
Supported materials for cleaning in the AUTO CERAKLEANER include all types of 3D-printed ceramics, such as alumina (Al₂O₃), zirconia (ZrO₂), and other high-precision ceramic composites intended for post-processing before sintering.
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Alumina
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Alumina Toughened Zirconia
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Aluminium Nitride
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Cordierite
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Fused Silica
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Hydroxyapatite
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Silicone Nitride
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Silicore
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Tricalcium Phosphate
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Zirconia 3Y
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Zirconia 8Y
Frequently asked questions
What is the AUTO CERAKLEANER used for?
It is a cleaner for ceramic 3D printed parts, automating post-processing before debinding and sintering.
Which additive manufacturing technologies is it compatible with?
Designed for ceramic AM, especially vat photopolymerization and 3DCeram platforms.
How does it reduce operating costs?
Through active solvent recycling and extended solvent lifespan, reducing chemical consumption and waste disposal costs.
Does it improve production safety?
Yes. The enclosed system eliminates manual solvent contact and reduces operator exposure.
How much faster is it compared to manual cleaning?
For 70 alumina nozzles, processing time drops from 60 minutes to 5 minutes.
Why choose AUTO CERAKLEANER over manual cleaning?
It provides higher throughput, consistent results, lower OPEX, better safety, and minimized green part breakage.
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