IsoMakby
Two independently thermoregulated printheads, mechanical extrusion and flexible substrates for research workflows.
Book a demoFrom material formulation to scaffold architecture: hardware, software and scientific expertise for academia and biotech.
Discuss your researchCompare fabrication methods and configurations, then discuss the setup that fits your material and tissue architecture.
Two independently thermoregulated printheads, mechanical extrusion and flexible substrates for research workflows.
Book a demoHigh-resolution masked stereolithography for small-volume bioink development and microarchitecture research.
Book a demoA modular biofabrication platform with configurations of up to four printheads and multiple fabrication techniques.
Discuss configuration| Capability | IsoMakby | PicoMakby | DomoMakby |
|---|---|---|---|
| Method | Mechanical extrusion | Masked stereolithography | Multimodal, modular fabrication |
| Research focus | Multi-material bioink workflows | Small-volume formulation testing | Hierarchical tissue architectures |
| Configuration | Two printheads; independent thermal control | Monochrome 4K LCD; 35 μm XY resolution | Up to four printheads |
| Flexibility | 3 and 5 mL syringes; freely selectable supports | Customizable vat sizes | UV printing, electrospinning, MEW and FDM configurations |
Specifications summarized from the September 2026 flyer. Confirm the configuration required for your application with MAKBY.
CAD/CAM software for complex multi-material scaffold design and non-planar fabrication pathways.
Explore the software with usDevelop the geometry of your construct.
Plan a multi-material scaffold workflow.
Explore complex fabrication trajectories.
Connect design with the printing process.
Explore the portfolio, then match the formulation, fabrication method and biological requirements to your research.
8 materials shown
A poloxamer-based material within the MAKBY bioink portfolio.
Discuss this materialTunable gelatin methacryloyl formulations for photocrosslinked tissue constructs.
Discuss this materialCollagen fibers designed to reinforce printed structures and support tissue-engineering applications.
Discuss this materialFungal-derived chitosan structural bioink with visible-light curing.
Discuss this materialA sacrificial fungal-derived chitosan material for temporary structures and perfusable architectures.
Discuss this materialPart of MAKBY’s specialized hydrogel portfolio. Discuss formulation and application fit with our team.
Discuss this materialPart of MAKBY’s specialized hydrogel portfolio. Explore available specifications in the catalogue.
Discuss this materialPart of MAKBY’s advanced hydrogel range for tissue-engineering research.
Discuss this materialParallel screening of enzyme variants, bioink formulations and encapsulated drugs in a 384-well-compatible format.
Discuss your screening workflowPrecision-engineered glass capillaries with customizable diameters and SEM characterization.
Discuss your capillary requirementsCharacterize, optimize and technically validate new materials for bioprinting.
Focus: Material performance and printing feasibility
Investigate scaffold architecture and cell–matrix interactions through advanced visualization and characterization.
Focus: Structural mapping and scaffold evolution
Precision laser microfabrication for microfluidics, implants and biomedical devices.
Focus: Tailored fabrication requirements
In vitro and in vivo studies for next-generation biomaterials and implantable medical devices.
Focus: Safety, functionality and translational studies
Tell us about your tissue, material or fabrication challenge.