NGB-R® bioprinter interior, robotic arm handling a print plate
For research

NGB-R®

The next generation bioprinter for research. Explore a wide range of biofabrication strategies to improve the accuracy and reproducibility of your 3D culture models.

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2 µm
In-line microscope resolution, FOV 10 by 12 mm
±0.02 mm
6-axis robotic arm accuracy
1000 /sec
Laser droplet deposition, picoliter to nanoliter

One platform that grows with your science

Built for every scale. Upgrade and complete when you need: multiple modules, multiple print heads, broad bio-ink compatibility, and a smooth transition from research to clinic with the NGB-C®.

Inside the NGB-R® bioprinting platform
System overview

A robotic platform with interchangeable heads

Explore the system, module by module

The NGB-R® and its modules, laid out like the brochure. Select a point on the machine, or a subsystem, to highlight it.

NGB-R® laser-assisted bioprinter, front view

High-value modules

The technologies that set the NGB-R® apart, from the laser core to AI-driven organoid handling.

Laser-assisted bioprinting at high resolution
Laser-Assisted Bioprinting

No nozzle. No shear stress.

LAB is based on laser-induced forward transfer (LIFT). A pulsed laser propels picoliter-to-nanoliter droplets from a gold-coated donor slide to the receiver, with zero mechanical contact and no constricted channel.

PickCell

Organoids, placed by AI

An AI-powered module combining image recognition and LAB for on-demand picking and placement of 50 to 300 µm cell aggregates into complex 3D constructs.

In-line Microscope

See every layer, in process

Integrated microscopy for in-process monitoring at 2 µm resolution. Image cell patterns without taking bioprinted tissues out of the cabinet.

ViewPrint™

Bioprint exactly where you want

ViewPrint software lets you bioprint on user-defined positions on substrates, for targeted deposition with full spatial control.

See it in applications
ViewPrint software interface
NGB-R® HMI and Zebr4D software interface
Software & automation

Design the tissue, run the build

Zebr4D CAD turns your tissue design into a build the platform can execute. The NGB HMI runs on a 22-inch touchscreen, powered by an on-board AI PC with NPU, for a fully automated, traceable workflow.

  • Zebr4D for tissue CAD
  • NGB HMI for setting every parameter
  • Workflow fully automated, end-to-end traceability

Built on four pillars

Pillar 1 Modularity & flexibility Upgrade and complete when you need. Multiple heads, broad bio-ink compatibility.
Pillar 2 Resolution & precision Laser-assisted bioprinting at single-cell precision, with in-line control.
Pillar 3 Robotization & automation A 6-axis arm and a fully automated workflow, driven by Zebr4D CAD.
Pillar 4 Biosafety & compliance Class II cabinet, sterilizable, end-to-end traceability.
From research to clinic

When you are ready for GMP, the NGB-C® continues

The NGB-R® and NGB-C® share the same architecture. Strategies you develop on the NGB-R® carry over to the NGB-C®, a clinical-grade, GMP-compliant bioprinter built for ATMP manufacturing. One continuum, from your first prototype to the clinic.

Discover NGB-C® →
NGB-C® clinical-grade bioprinter
For GMP manufacturing

NGB-C®, clinical-grade continuum.

See it for yourself

Put the NGB-R® to work on your models

Book a demo with our scientists, or request the full technical specifications of the platform.

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