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With every system
- Install & training commissioning and operator onboarding in California
- Multi-material package material-pair guidance and debind/co-sinter cycles
3D printers, Business 3D Printers, Ceramic, Composite Tooling, Education 3D Printers, Engineering 3D Printers, Jigs&Fixtures 3D Printers, Manufacturing 3D Printers, Material Development 3D Printers, Paste, SLA Ceramic 3D Printers, Slurry · Multi-material Ceramic SLA
3DCeram C101 HYBRID Multi-Material Ceramic SLA 3D Printer – Two Materials in One Layer | 100×100×150 mm
Multi-material ceramic SLA printer that prints two materials in the same layer — ceramic plus a second ceramic, metal or polymer — on a 3.9×3.9×5.9 in / 100×100×150 mm platform. It makes functionally graded and multi-material ceramic parts single-material printing can't. Full print → debind → co-sinter workflow supported by Additive Plus.
- Two materials in one layer — ceramic + ceramic, metal or polymer.
- Open-parameter R&D — 100×100×150 mm build, cartridges from 60 mL.
- Lead time: configured to order — material-pair & co-sinter support from California.
Price held 7 days after order.
Install + training included
Tailored service plan
What your R&D team actually checks
What your R&D team actually checks
Two materials in a single build
The HYBRID lays down two materials in the same layer — ceramic plus a second ceramic, metal or polymer. That is a capability single-material ceramic SLA simply doesn't have, and it's what makes functionally graded and multi-property parts possible.
A ceramics engineer on the line
Material-pair feasibility, shrinkage matching between the two materials, and debind/co-sinter parameter sets — plus a paid sample before you commit. Sub-4h reply, NDA standard, from a team that runs ceramic AM.
100×100×150 mm
Build volume
2 / layer
Materials in one layer
UV 405 nm
Laser · ~60 µm spot
0.020–0.125 mm
Layer thickness
60–920 mL
Cartridge sizes
12 mo
Warranty
About this product
The 3DCeram C101 HYBRID is a multi-material ceramic SLA printer that can lay down two materials in the same layer — ceramic plus a second ceramic, metal or polymer — on a 3.9 × 3.9 × 5.9 in / 100 × 100 × 150 mm platform. It opens up functionally graded and multi-material ceramic parts that single-material printing can’t make. Additive Plus supports the full print → debind → co-sinter workflow around it.
Why multi-material teams choose the C101 HYBRID
One build, two materials — the capability that sets the HYBRID apart from single-material ceramic SLA.
Two materials in one layer
The HYBRID prints two materials simultaneously within the same layer — the core capability that unlocks parts a single-material process cannot build.
Ceramic + metal or polymer
The second material can be another ceramic, a metal or a polymer — enabling functionally graded structures, embedded features and multi-property parts.
Open-parameter R&D platform
Full parameter control on a compact laser SLA system — develop and qualify new multi-material combinations, not just run fixed recipes.
Compact, from 60 mL
Cartridges from 60 mL up to 920 mL and a small 100 × 100 × 150 mm platform keep experimental and precious materials economical per trial.
Print → debind → co-sinter: the multi-material workflow
A printed part is a “green” body, not a finished one — and with two materials, co-firing matters. Additive Plus supports all three steps.
Step 01
Print the green part
The UV laser cures two materials layer by layer, 0.020–0.125 mm at a time, into a multi-material green body on the 100 × 100 × 150 mm platform.
Step 02
Debind
The green part is cleaned of unpolymerised paste and thermally debound to remove the organic binder, leaving a fragile multi-material body ready for firing.
Step 03
Co-sinter to density
The materials are co-sintered to near-full density. Matching shrinkage between the two materials is the key challenge — we help characterise and compensate it.
Materials & compatible ceramics
The C101 HYBRID runs 3DCeram’s technical-ceramic pastes and pairs a ceramic with a second ceramic, metal or polymer in the same layer. Each ceramic family targets a different property set. Additive Plus helps select a compatible material pair and shares the matching debind/co-sinter schedule.
| Ceramic | Key properties | Typical parts |
|---|---|---|
| Alumina (Al₂O₃) | High hardness, wear & corrosion resistance, electrical insulation, high service temperature | Wear parts, insulators, industrial components |
| Zirconia (ZrO₂) & 8Y | High strength & toughness; 8Y adds ionic conductivity & heat insulation | Medical & dental, solid-oxide fuel cells |
| Silicon nitride (Si₃N₄) | Excellent thermal-shock & wear resistance, low density, low thermal expansion | Bearings, high-temperature structural parts |
| Aluminium nitride (AlN) | High thermal conductivity with electrical insulation, good mechanical strength | Electronics, thermal-management substrates |
| Hydroxyapatite (HA) / TCP | Bioactive, resorbable, biocompatible | Bone substitutes, cranial & maxillofacial implants |
| Cordierite & silica-based | Low thermal expansion, thermal-shock resistant, low dielectric loss | Refractory & thermal components |
Planning a specific material pair? That’s exactly what the HYBRID is for — ask our engineer.
Key specifications
| Technology | Multi-material top-down laser stereolithography (ceramic SLA) |
| Hybrid capability | Two materials in one layer — ceramic + ceramic / metal / polymer |
| Build platform (L×W×H) | 3.9 × 3.9 × 5.9 in / 100 × 100 × 150 mm |
| Laser | UV, 300 mW, 405 nm · ~60 µm spot |
| Layer thickness (Z) | 0.0008–0.0049 in / 0.020–0.125 mm |
| Cartridge sizes | 60 · 180 · 360 · 600 · 920 mL |
| Machine dimensions (L×W×H) | 40.2 × 39.6 × 77.8 in / 1020 × 1005 × 1976 mm |
| Weight | 1,323 lb / 600 kg |
| Utilities | 220–240 VAC, 50 Hz · 2 kW · dry compressed air 6 bar · 20–25 °C, 50% RH |
| Control / warranty | Web dashboard · 12-month warranty |
See the Specifications tab for the full manufacturer data set.
Typical applications
Where combining two materials in one part changes what’s possible.
Functionally graded parts
Property gradients within one component
Embedded electronics
Ceramic + conductor structures
Biomedical multi-material
Bioceramic + structural combinations
Aerospace research
Multi-property ceramic hardware
Materials research
Qualify new multi-material combinations
Universities & labs
Advanced ceramic AM programs
Not sure the HYBRID is the right 3DCeram system?
Compare it with the rest of the 3DCeram range we carry.
Tell us the two materials you want to combine and the part you have in mind — a ceramic applications engineer will confirm the pair is feasible, share the debind/co-sinter approach, and scope a paid sample before you commit. Sub-4h reply, NDA standard.
Why source the C101 HYBRID through Additive Plus
- Full workflow, one partner. Printer, ceramic materials, debinding and co-sintering — we support the whole multi-material chain, not just the machine.
- Material-pair & DfAM support. Compatible material selection, shrinkage matching and co-sinter cycles — from engineers who run ceramic AM.
- Paid sample before you commit. Send your concept; we print a multi-material sample so you validate feasibility before buying a system.
- US-based install, training & service. Commissioning and operator training handled from California, in your timezone.
- <24h response. 200+ qualified systems delivered across 23 countries.
| Brand | 3DCeram |
| Country of origin | France |
| Weight | 1323 lb / 600 kg |
| Dimensions | 40.2×39.6×77.8 in / 1020×1005×1976 mm |
| Build Volume | 3.9×3.9×5.9 in / 100×100×150 mm |
| Layer thickness | 0.0008–0.0049 in / 0.020–0.125 mm |
| Light source | UV Laser |
| UV Wavelength | 405 nm |
| Laser spot diameter | ~60 µm |
| Electrical requirements | 220–240 VAC / 50Hz |
| Power Consumption | 2 kW |
| Optimum indoor operation temperature | 20–25 °C / 68–77 °F |
| Relative humidity | 50% |
| Compressed air | 6 bar dry |
| Hybrid option | Two materials in one layer |
| Client Operating System | Web Dashboard |
| Warranty | 12 months |
| Technology | Multi-material Ceramic SLA |
| Printing Materials | Ceramic Pastes |
| Material | Silicon Nitride, Zirconia, Alumina, Aluminium Nitride, Cordierite, Hydroxyapatite, Tricalcium Phosphate |
Product videos
Don't see your material pair?
3DCeram develops and qualifies ceramics and material combinations on request — typically in 2–4 weeks. Tell us the two materials you want to combine.
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Compact open-parameter ceramic SLA printer for research and material development — a 3.9×3.9×5.9 in / 100×100×150 mm build that starts a print from as little as 60 mL of ceramic. Develop your own process, then scale the same technology to 3DCeram production systems. Full print → debind → sinter workflow supported by Additive Plus.
- Open parameters — qualify new ceramics & formulations, not just vendor recipes.
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- Lead time: configured to order — install, training & scale-up support from California.
Prints Silicon Nitride, Zirconia, Alumina, Aluminium Nitride, Cordierite, Hydroxyapatite, Tricalcium Phosphate
On backorder
· Lead time: configured to order — request a build slot. Installation, training and process support included from California.From labs running multi-material ceramic AM
Unedited feedback from research and development leads.
★★★★★
Being able to place two materials in one layer let us build a property gradient we simply couldn't make any other way.
HV
H. Vogel Research Lead · Advanced Materials Lab
★★★★★
The hard part is shrinkage matching — Additive Plus walked us through characterising both materials before we committed.
CN
C. Nakamura Materials Scientist · Electronics R&D
★★★★★
A paid multi-material sample proved the concept worked before we spent capital. That de-risked the whole project.
PD
P. Dubois Program Manager · Aerospace Research
Common questions
Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.
What does "HYBRID" mean on the C101 HYBRID?
On the C101 HYBRID, "hybrid" means the machine can print two materials simultaneously within the same layer. The primary material is a technical ceramic; the second can be another ceramic, a metal or a polymer. This multi-material capability is what separates the HYBRID from single-material ceramic SLA and lets you build functionally graded parts, embedded features and multi-property components.
What second materials can the C101 HYBRID combine with ceramic?
The C101 HYBRID pairs a base ceramic with a second material that can be another ceramic, a metal or a polymer, placed in the same layer. Which combinations are practical depends on how the two materials debind and sinter together, so Additive Plus helps you select a compatible pair and characterise the process before you commit to a specific part.
What post-processing is required after printing on the C101 HYBRID?
A part printed on the C101 HYBRID is a "green" multi-material body, not a finished ceramic. Debinding removes the organic binder, then the materials are co-sintered to near-full density. With two materials, co-firing is the critical step. Additive Plus supplies the validated debind and co-sinter schedule and can supply the furnaces, so you develop against a complete workflow.
How do you manage shrinkage between two different materials?
Matching shrinkage is the central challenge in multi-material ceramic printing: each material shrinks as it sinters, and mismatch causes stress or cracking. On the C101 HYBRID, the material pair is chosen and the co-sinter cycle tuned so the two shrink compatibly. Additive Plus helps characterise each material's shrinkage and compensate it in the design and firing schedule.
What is the build volume and layer thickness?
The C101 HYBRID has a 100 × 100 × 150 mm (3.9 × 3.9 × 5.9 in) build platform and prints layers from 0.020 to 0.125 mm using a 300 mW UV laser at 405 nm with a ~60 µm spot. Cartridges range from 60 to 920 mL. The compact platform suits development and multi-material research parts rather than large production runs.
Is the C101 HYBRID a production machine or a development machine?
The C101 HYBRID is primarily a development and research platform: its compact 100 × 100 × 150 mm build and open parameters suit qualifying new multi-material combinations rather than high-volume production. Once a multi-material process is proven, Additive Plus helps map it toward larger 3DCeram systems where the part geometry allows.
What is the linear shrinkage after sintering?
Sintered ceramic parts shrink roughly 15–20% linearly, depending on the ceramic and packing density. On the C101 HYBRID the added consideration is matching that shrinkage across two materials so they co-sinter without cracking. Shrinkage is compensated in CAD before printing, and Additive Plus helps characterise the factor for each material in your pair.
Can Additive Plus print a paid multi-material sample before I buy?
Yes. Before committing to a C101 HYBRID, you can send your concept and target material pair and Additive Plus will print, debind and co-sinter a paid multi-material sample so you validate feasibility, interface quality and shrinkage matching. For a multi-material development purchase it is the lowest-risk way to confirm the approach — talk to a ceramics engineer to scope it.
Place your order, or talk to an engineer first
Order 3DCeram C101 HYBRID Multi-Material Ceramic SLA 3D Printer – Two Materials in One Layer | 100×100×150 mm direct, or talk to materials engineer