Made to order

Sygnis Sygpast Hybrid DIW Paste-Extrusion 3D Printer – Silicones, Ceramics & 2K | 250×250×250 mm

With every system

Install & operator training SYGPRINT slicer setup, on-site
Material parameter support for your pastes and inks

3D printers, Business 3D Printers, Ceramic, DIW 3D Printers, Education 3D Printers, Engineering 3D Printers, FFF (FDM) 3D Printers, Paste · DIW / SLE hybrid paste extrusion

Sygnis Sygpast Hybrid DIW Paste-Extrusion 3D Printer – Silicones, Ceramics & 2K | 250×250×250 mm

Sygpast is Sygnis's flagship hybrid Direct Ink Writing (DIW) 3D printer — it extrudes silicones, polyurethanes and ceramics through an interchangeable liquid head while a second thermoplastic head prints supports, with in-line UV and IR curing and closed-loop quality control across a 9.8×9.8×9.8 in / 250×250×250 mm build volume.

✔ Hybrid: SLE liquid head + FFF support head in one build
✔ Two-component (2K) silicones & polyurethanes; freely dopeable ceramics
✔ In-line UV 365/405 nm + IR curing; profilometer + IR-camera QC
✔ Request a quote for pricing, configuration & lead time

$96,045

Prices follow supplier cost and stock availability and are updated regularly. The price you see is today's price — once you order, it's held for 7 days.

Install + training included Tailored service plan

2 heads paste + support

UV + IR in-line curing

2K two-component capable

250³ mm build volume

What your R&D engineer actually checks

Print soft materials that actually hold shape

In-line UV 365/405 nm and IR curing set silicones, polyurethanes and ceramics during the print, while thermoplastic supports hold overhangs — complex soft geometries come off the bed ready, not slumped.

A materials engineer on the line

Factory-trained engineers, not a ticket queue. Parameter development for new pastes, silicones and ceramics, and troubleshooting in under 24h. NDA standard.

About this product

Sygpast is Sygnis’s flagship hybrid Direct Ink Writing (DIW) 3D printer — it extrudes silicones, polyurethanes and ceramics through an interchangeable liquid head while a second thermoplastic head prints supports, with in-line UV and IR curing and closed-loop quality control across a 9.8×9.8×9.8 in / 250×250×250 mm build volume.

Sygnis Sygpast DIW printhead over the build plate — The SLE liquid head traversing the build plate.

Sygnis Sygpast extruding a ceramic paste lattice — Extruding a paste lattice with in-line curing.

Sygnis Sygpast dual DIW printheads — Hybrid heads: SLE liquid + FFF support.

Why researchers choose Sygpast

A hybrid paste printer built for difficult, reactive and two-component materials.

Hybrid: paste + support in one build

Sygpast prints soft, semi-liquid material through an interchangeable SLE liquid head while a second FFF head lays thermoplastic supports — complex soft geometries hold shape and are ready after support removal.

In-line UV + IR curing

UV 365 nm, UV 405 nm and IR modules cure or set material during the print, so silicones, polyurethanes and ceramics keep their form as they build — not only after.

Closed-loop quality control

An onboard profilometer and IR camera measure each layer and compensate print parameters in real time — a level of repeatability unusual for paste and DIW machines.

Two-component & freely dopeable

The SLE2 head prints reactive two-component systems (2K silicones and polyurethanes), and materials can be freely doped — a fully open parametric system for R&D on new formulations.

How Additive Plus delivers it

Set up for your materials and supported by engineers who know DIW.

Step 01

Match it to your materials

We confirm the SLE head (1K or 2K), curing modules and settings for your pastes, silicones or ceramics before you commit.

Step 02

Install & train on-site

Engineers install Sygpast, set up the SYGPRINT slicer, and train your team on the hybrid print workflow.

Step 03

Develop & support

We help build parameter sets for new formulations and stay on the line for your R&D — sub-4h reply, NDA standard.

Materials

An open, parametric system for viscous and reactive materials — not a single-cartridge machine.

Soft & reactive: silicones, polyurethanes (1K and 2K), pastes and gels
Functional: ceramics (freely dopeable), conductive and battery/energy-storage materials
Support: thermoplastic filament (FFF head to 280 °C); heated platform to 120 °C

System & Process Specifications

Build volume: 9.8×9.8×9.8 in / 250×250×250 mm
Print heads: interchangeable SLE liquid head (SLE1 one-component / SLE2 two-component) + FFF thermoplastic head (to 280 °C)
In-process curing: UV 365 nm, UV 405 nm and IR modules
Quality control: profilometer + IR camera with real-time parameter compensation
Software: SYGPRINT parametric slicer · heated platform to 120 °C
Made in: Poland · See the full Specifications tab below.

Sygnis Sygpast printing a silicone bead — Laying a controlled silicone bead.

DIW-printed ceramic honeycomb and lattice parts — Ceramic honeycomb and lattice parts.

DIW-printed ceramic part with internal channels — Sintered ceramic body with internal channels.

Where Sygpast is used

R&D and production of soft, functional and multi-material parts.

Materials R&D

New silicone, ceramic and paste formulations

Energy storage

Multi-cell batteries and insulators

Seals & gaskets

Custom soft components in silicone

Aerospace & space

Specialised components and tooling

Ceramics & composites

Dopeable ceramic and functional inks

Academic & R&D labs

Open parametric control for research

Not sure Sygpast is the right DIW system?

Compare it with the entry Sygnis DIW printer and the DIW inks.

Entry DIWSygnis F-NIS 23151Sygnis’s entry pneumatic DIW printer — single-material paste research at a smaller scale.View printer →
DIW inkCeramic Paste for DIWThe ceramic feedstock (Al₂O₃, ZrO₂, SiC, YSZ) that runs on DIW systems like Sygpast.View material →
DIW inkPrintable siliconeSingle-component silicone ink, 20–80 Shore A, for seals and soft robotics.View material →

Tell us your material — silicone, polyurethane, ceramic or a custom paste — and a materials engineer will confirm the Sygpast head and curing setup for it. Sub-4h reply, NDA standard.

Why Source Sygpast Through Additive Plus

Application engineering for DIW and paste extrusion, matched to your materials
Head, curing and parameter setup for silicones, ceramics and two-component systems
Install, SYGPRINT setup and operator training included with the system
Configured to order — 12-month warranty
<24h response · 200+ AM systems delivered across 23 countries

Brand	Sygnis
Technology	DIW / SLE hybrid paste extrusion
Build Volume	9.8×9.8×9.8 in / 250×250×250 mm
No. of printing heads	2 (SLE liquid + FFF support)
Bed Temperature	heated platform to 120 °C
Material	Ceramics, Conductive / battery materials, Pastes & gels, Polyurethanes (1K & 2K), Silicones
Country of origin	Poland

Common questions

Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.

Is Sygpast a 3D printer or a material?

Sygpast is a 3D printer — specifically Sygnis's flagship hybrid Direct Ink Writing (DIW) machine, which Sygnis brands as SLE (Selective Liquid Extrusion). It is not a paste or ink itself; it is the system that prints pastes, silicones, polyurethanes and ceramics. It sits above Sygnis's entry F-NIS DIW printer, adding multi-head printing, two-component capability, in-line curing and closed-loop quality control.

What materials can Sygpast print?

Sygpast prints viscous and reactive materials: silicones, polyurethanes (one- and two-component), ceramics, pastes and gels, and conductive or battery/energy-storage materials — all freely dopeable through a fully open parametric system. A separate thermoplastic (FFF) head prints sacrificial supports. Additive Plus helps develop parameter sets for your specific formulation, including custom and admixed materials.

What makes Sygpast a hybrid printer?

Sygpast prints two things in one build. An interchangeable SLE liquid head extrudes the soft or paste material (with an SLE2 option for reactive two-component systems), while a second heated FFF head lays down thermoplastic support structures for the soft geometry. After the build, the supports are removed and the paste part is ready — an approach that lets complex silicone, polyurethane or ceramic shapes be printed that would otherwise slump.

How do in-line curing and quality control work on Sygpast?

Sygpast has UV 365 nm, UV 405 nm and IR modules that cure or set the material during printing, so parts hold their shape as they build rather than only after. A profilometer and IR camera continuously measure each layer and compensate print parameters in real time — a closed-loop quality-control approach that is unusual for paste and DIW machines and aimed at repeatability.

What is the build volume and what are the print heads?

Sygpast has a 9.8×9.8×9.8 in / 250×250×250 mm build volume. It carries two heads: an interchangeable SLE liquid head (SLE1 for one-component, SLE2 for two-component materials) and an FFF thermoplastic head heated to 280 °C for supports, over a heated platform to 120 °C. The SYGPRINT slicer gives full parametric control of the process.

What specifications should I confirm before ordering?

Sygnis publishes the core specs above, but several detailed figures are not listed publicly for Sygpast — the extrusion drive type, paste reservoir/cartridge volume, supported viscosity range, XY resolution and layer height, nozzle sizes, machine footprint, weight and electrical requirements. Because Sygpast is a specialised, made-to-configuration machine, Additive Plus confirms all of these with Sygnis at quote so you get exact numbers for your materials and facility before you commit.

What lead time and support come with Sygpast?

Sygpast is configured to order, so lead time depends on head and curing configuration — request a quote and an engineer will confirm the schedule. Delivery includes installation, SYGPRINT slicer setup, operator training on the hybrid workflow, and help building parameter sets for your pastes and inks. Leasing and financing are available for capital equipment.

Place your order, or talk to an engineer first

Order Sygnis Sygpast Hybrid DIW Paste-Extrusion 3D Printer – Silicones, Ceramics & 2K | 250×250×250 mm direct, or talk to materials engineer

Add to cart