In stock
- Install, operator training, and validated print profiles
- Tailored warranty with same-week dispatch on critical issues
3DCeram M.A.T. — Metal & Ceramic 3D Printer
Metal & technical ceramics, printed by extrusion — even silicon carbide.
- FFF · pellet · paste + 3-axis CNC in one machine
- No laser, no loose powder — lab-safe, single-phase
- Official 3DCeram US representative · 12-mo warranty
From $63,000 · Core: FFF + CNC (add Pellet/Paste heads) · made to order, ~3-month build · leasing available
Request a quote Installation and commissioning in the USA: facility and gas planning, start-up and operator training by our US service team.
$63,100
What your process engineering lead actually checks
Supported by the team that runs it
We run AO Metal and partner systems daily for our own print services, so install, training, and first builds are handled by engineers who actually operate the machine. When you call support, you reach the team that qualified it.
An applications engineer on the line
Questions on build volume, laser config, throughput, or material compatibility? A named applications engineer scopes it directly — not a sales rep. Most replies in under 4 hours, NDA on request.
Start with the Core — add heads as you need them
The M.A.T. Core ($63,100) ships with the FFF print head and the 3-axis CNC. Add the Pellet, Paste/DIW or dual-head option below — your cart total reflects the exact configuration.
Prices in USD · made to order · a materials engineer can scope the right configuration with you.
Metal & technical-ceramic parts. On your bench. No laser.
The 3DCeram M.A.T. prints dense metal and technical ceramics by extrusion — even silicon carbide — then green-machines them in one setup. Built to order for your materials.
No obligation · a materials engineer replies within one business day · or talk to an engineer.
See the M.A.T. in action
Watch the M.A.T. print & green-machine — 2 min
What you can make
From dense stainless-steel and titanium components to silicon carbide, zirconia and alumina ceramics, the M.A.T. turns your CAD into real, load-bearing hardware — the kind of parts that used to require an outside service bureau or a powder-bed system you couldn’t justify. Prototype on Monday, iterate by Friday, and keep your IP in-house under NDA.
No laser. No loose powder. No powder room.
The M.A.T. prints bound feedstock — filament, pellets, or paste — in which metal or ceramic particles are held in a binder. There is no laser and no free-flowing reactive powder, so you skip the inert-gas handling, the powder room, and most of the safety overhead that keeps metal AM out of normal labs.
| M.A.T. (extrusion) | Metal LPBF (laser powder bed) | |
|---|---|---|
| Feedstock | Bound filament / pellet / paste — safe to handle | Loose, reactive metal powder |
| Hazards | No laser, minimal PPE | Class-4 laser, inert gas, powder room |
| Install | Single-phase outlet, fits a lab | 3-phase power, facility upgrades |
| Materials | Metals + technical ceramics + silicone | Metals only |
| Entry cost | From $63,000 | Typically $300k–$1M+ |
Why buy the M.A.T. from Additive Plus
Additive Plus is the official 3DCeram representative in the United States. You get the machine, the materials, and the know-how to run it from one accountable US partner — not a box shipped from overseas.
Proven maker — 3DCeram ceramics in orbit
The M.A.T. comes from 3DCeram (Sinto) — the team that took newspace startup AnyWaves, a CNES (French space agency) spin-off, from a blank page to space-qualified zirconia ceramic antennas in 18 months, using the same technical-ceramic materials the M.A.T. runs. AnyWaves is now one of the world’s leading small-satellite antenna makers.
Zirconia lattice antenna · SmallSat space application · 3DCeram 3D-AIM program
One machine, four tools
▣ FFF head
Ceramic and metal filaments, with the reliability of fused-filament fabrication.
◈ Direct Pellet Extrusion
Feeds pellets directly — lower feedstock cost, higher throughput for runs.
◆ Paste / robocasting
Extrudes ceramic slurry or silicone for fine, complex geometries.
▤ 3-axis CNC
Green-machines parts before firing for a superior surface finish — in one setup.
Tune the inside, not just the outside
Because the M.A.T. deposits material instead of melting a powder bed, it is the only approach that lets you build parts with fully customizable infill — reinforce only where the load path needs it, and tune weight, strength, or material usage part by part.
Signature It prints silicon carbide — most printers can’t
Silicon carbide, zirconia, alumina: the hard, heat- and wear-resistant ceramics most desktop printers can’t touch. The M.A.T. shapes them green, then you debind and sinter to full function. Metals too — 316L, 17-4PH, titanium and copper — plus silicone via the paste head.
316L, 17-4PH, Titanium, Copper
Zirconia, Alumina, SiC
Compatible filaments and pellets ship with the printer, with datasheets and validated parameters on request. Need an alloy or ceramic that isn’t on the list? Custom filament and pellet development from your own powder is possible.
Built for production teams
How the M.A.T. process works
- Print — deposit metal or ceramic feedstock via FFF, pellet, or paste extrusion.
- Green-machine (optional) — switch to the 3-axis CNC in the same setup to refine surfaces before firing.
- Debind — remove the binder from the printed green part.
- Sinter — densify under heat so particles fuse into a strong, fully functional part.
Complete your M.A.T. workflow
Print-ready ceramic and metal filaments matched to the M.A.T., plus the controlled-atmosphere oven for debinding and sintering.
CeramicSilicon Carbide filament$550
CeramicAlumina filament$495
CeramicZirconia filament$550
Metal17-4PH steel filament$420
Metal316L steel filament$420
Debind + sinterControlled-atmosphere ovenQuoteMore from the 3DCeram family
The M.A.T. is the extrusion-and-machining member of the 3DCeram range. For high-resolution technical ceramics by stereolithography (SLA), explore the Ceramaker line.
3DCeram · SLAC3601 ULTIMATELarge-format production SLA →
3DCeram · SLAC1000 FlexamaticHigh-throughput ceramic SLA →
3DCeram · SLAC101 HYBRIDDevelop & scale, hybrid SLA →
3DCeram · SLAC101 EASY LABLab & prototyping SLA →M.A.T. technical specifications
| Specification | Detail |
|---|---|
| Technology | Direct extrusion — FFF, Direct Pellet Extrusion (DPE), paste / robocasting |
| Integrated subtractive | 3-axis CNC milling for green machining |
| Build volume | 200 × 200 × 200 mm |
| Machine dimensions | 750 × 650 × 800 mm (W×D×H) |
| Max. nozzle temperature | 270 °C |
| Max. bed temperature | 110 °C |
| Chamber temperature | Filament 50 °C · printer 50–60 °C |
| Motion | Closed-loop stepper motors |
| Filtration | Active-carbon filter; vacuum-assisted chip collection |
| Power supply | 230 V, 16 A, single-phase — no special installation |
| Software | Cura / Slic3r / Simplify3D + 3DCeram hybrid print-and-machine software |
What’s included & how you buy
- On-site installation & commissioning
- Operator training — printing, green-machining and the debind / sinter workflow
- US service, spares & technical support — from Additive Plus, not overseas
- 12-month manufacturer warranty, 3DCeram-backed and supported in the US
- Compatible filaments, pellets & validated parameters supplied; custom feedstock from your own powder
- Mutual NDA before any file or spec review
- Leasing & installment plans available — spread the investment over time
- US invoicing & PO procurement; typical lead time ~3 months
See it make your part
Want proof before you invest? We don’t print free giveaways — but we’ll print your actual part for a fee in your target material (SiC, zirconia, 316L and more) and walk you through the results on a call, so you decide with the part in your hand.
No obligation · a materials engineer replies within one business day · we’ll help match materials and scope your first parts · or talk to an engineer.
| Brand | 3DCeram |
| Country of origin | France |
| Weight | 90 kg |
| Dimensions | 660 x 610 x 630 mm (26 x 24 x 25 inch) |
| Build Volume | 200x200x200mm, 7.9х7.9х7.9 in |
| Technology | FFF, DIW |
| Light source | 4 UV lasers |
| UV Wavelength | 405 nm |
| Laser spot diameter | ~ 60 μm |
| Electrical requirements | 220-240 VAC / 50Hz |
| Power Consumption | 4 kW |
| Optimum indoor operation temperature | 20-25 °C, 68-77°F |
| Maximum room temperature variation | 1°C/hour |
| Relative humidity | 50% |
| Compressed air | 6 bars dry |
| Hybrid option | At a later stage |
| Additional equipment | Cerakleaner. Cleaning device for removing unpolymerized paste. Module for removing the printing platform. Allows you to remove printed models from the build chamber and collect unpolymerized paste. |
| Client Operating System | Web Dashboard |
| Warranty | 12 months |
| Printing Materials | Conductive Pastes, Ceramic Filaments, Metal Filaments |
| Material | Alumina (Al₂O₃), Copper Filament, Silicon Carbide (SiC), Stainless Steel (316L & 17-4PH), Titanium Filament, Zirconia (ZrO2) |
Product videos
We build our own. Custom configs on request.
Need a specific laser setup, build plate size, or an integrated powder/post-processing workflow? We configure AO Metal systems and bundle OEM equipment to match your application. Demo before you commit.
Complete the workflow
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.
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.
- Print from 60 mL — 10 mL with SAM option · change ceramic in ~20 min.
- Lead time: configured to order — install, training & scale-up support from California.
Production-scale multi-material ceramic SLA system: alongside the base ceramic it deposits up to three additional materials in one part, via dispensers from needle valve to micro-distribution, all in CPS 2.0. On an 11.8×11.8×3.9 in / 300×300×100 mm platform with a fine 35 µm UV laser. Full print → debind → co-sinter workflow supported by Additive Plus.
- Up to 4 materials in one part — base ceramic + 3 dispensed materials.
- Fine 35 µm UV laser — 355 nm, detail across the 300×300 mm platform.
- Lead time: configured to order — material-set & co-sinter support from California.
- ✓ 11+ ceramic materials — Al₂O₃, ZrO₂, Si₃N₄, TCP, HA, AlN, cordierite and more
- ✓ Top-down SLA — support-free complex internal geometries in dense ceramic
- ✓ SAM option — 100 mL minimum batch for R&D economy with expensive compositions
Other products teams run alongside 3DCeram M.A.T. — Metal & Ceramic 3D Printer
- ✔ CFC continuous fiber steered along load paths — ~860 MPa tensile at ~1.4 g/cm³
- ✔ Up to 4 swappable heads: fiber + plastic + soluble support
- ✔ High-temp extruder to 400 °C — PEEK & PEI (ULTEM), heated chamber/bed to 160 °C
- ✔ Made to order — request a quote for lead time, spares & support
Made to order
· Made to order — lead time, spares and long-term support confirmed with the vendor at quote. Request a quote.
Large-format pellet extrusion 3D printer — 71×47×43 in / 1800×1200×1100 mm enclosed build, raw polymer granules, 1–8 mm nozzle selection, up to 15 kg/h. Optional 450°C high-temp nozzle for PEI+CF and engineering compounds. Material cost 5–10× lower than equivalent filament.
- ✓ Pellet feedstock — 5–10× lower material cost vs. filament at the same polymer
- ✓ 71×47×43 in / 1.8×1.2×1.1 m enclosed build — ~6× the FGF800, runs on single-phase 220 V
- ✓ Lead time: 8–10 weeks — configured to order, installed and trained on-site
Made to order
· Ships in 8–10 weeks from order placement. Need it sooner? Talk to a specialist.
Large-format, high-throughput SLS system: dual 100 W CO₂ lasers drive build rates up to 15 L/h across a metre-scale 39.4×19.7×17.7 in / 1000×500×450 mm build, with a 220 °C chamber for high-performance polymers. Open platform, modular build-station architecture. Sold, installed and supported in the US by Additive Plus.
- Metre-scale build — 1000×500×450 mm for large parts and high-nest batches.
- Dual CO₂ · up to 15 L/h — high-volume production; 220 °C chamber, broad materials.
- Lead time: configured to order — US install, training & validated profiles from California.
Made to order
· Lead time: configured to order — request a build slot. US installation of module and build station, training and process support included from California.
Flagship large-format industrial SLA. Marble frame. Vacuum recoating. The largest single-run parts Kings builds — full automotive body panels, oversize tooling, monumental forms — without stitching or Z-seam artifacts.
- ✓ 106×35×32 in / 2700×900×800 mm build chamber — a full body panel in one run
- ✓ Solid-state 355 nm Nd:YVO4 laser · variable beam · 8.0 m/s scan tuned for the large bed
- ✓ Full-marble machine frame — thermal stability for ±0.1 mm part accuracy
- ✓ Lead time: 8–10 weeks — on-site install, calibration & operator training included
Made to order
· Ships in 8–10 weeks from order placement. Need it sooner? Talk to a specialist.
- ✓ 11+ ceramic materials — Al₂O₃, ZrO₂, Si₃N₄, TCP, HA, AlN, cordierite and more
- ✓ Top-down SLA — support-free complex internal geometries in dense ceramic
- ✓ SAM option — 100 mL minimum batch for R&D economy with expensive compositions
Made to order
· Configured to order — contact for lead time
- ✓ 19.69×19.69×23.62 in / 500×500×600 mm build volume — big parts in one build
- ✓ 320 °C hot end · Klipper high-speed to 350 mm/s · industrial linear guides + closed-loop servos
- ✓ Open 1.75 mm ecosystem — PLA, TPU, ABS, PETG, ASA, carbon-fibre, nylon
- ✓ Ships configured & tested — onboarding and demo units available
Made to order
· Ships in 8–10 weeks from order placement. Need it sooner? Talk to a specialist.
The Farsoon FS200M-2 is a metal LPBF 3D printer with a 16.7×9.1×11.8 in / 425×230×300 mm build envelope, running two 500 W fiber lasers.
- ✓ 2×500 W — dual fiber lasers
- ✓ 16.7×9.1×11.8 in / 425×230×300 mm build envelope
- ✓ Open platform — full access to process parameters, qualify your own alloy
- ✓ Lead time: built to order — confirmed at quote
Installation and commissioning in the USA: facility and gas planning, start-up and operator training by our US service team.
Made to order
· Built to order
A hybrid Direct Ink Writing printer that prints one- and two-component pastes with thermoplastic supports and cures them with UV and IR during the print — for R&D and production of soft and functional parts.
- 250 × 250 × 250 mm build · platform heated to 120 °C
- SLE1 / SLE2 paste heads + FFF support head to 280 °C
- UV 365 / 405 nm and IR curing · profilometer and IR camera
- Built on demand, 12–14 weeks · remote commissioning and training · 12-month warranty
Made to order
· Ships in 12–14 weeks — built to orderWhat our customers say
“Harry and team were professional, effective communicators as we set up the order, then they executed quickly and produced an amazing product for us at a very competitive price. Am looking forward to our next print w Additive Plus!”
“Great 3D printing service and the resin parts look super smooth and clean. Really happy with how everything turned out!”
“Harry was very professional and helped me out with my 3D printing needs and explained what options I have in terms of filaments such as PEEK. Highly recommended.”
“I needed a 3D enclosure printed urgently in a specific time period, they did great!”
Common questions
Don't see yours? Email [email protected] — NDA on request, typical reply within 4 hours.
Can the M.A.T. really print metal and ceramic without a laser?
Which materials can it run?
Do I need special facilities or three-phase power?
What is the build volume and lead time?
Is financing available?
Can I see a sample before I buy?
What warranty and support come with it?
Place your order, or talk to an engineer first
Order 3DCeram M.A.T. — Metal & Ceramic 3D Printer direct, or talk to materials engineer