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HOLOGRAPH X™
Reaching new frontiers in 3D bioprinting.
Beyond Multiphoton Stereolithography
The Holograph X™, building on multiphoton stereolithography (SLA), uses a spatial light modulator (SLM) and beam expander to simultaneously cure millions of points of light in a bioink, achieving bioprinting speeds of up to 250,000 voxels per second.
Beyond Multiphoton Stereolithography
The Holograph X™, building on multiphoton stereolithography (SLA), uses a spatial light modulator (SLM) and beam expander to simultaneously cure millions of points of light in a bioink, achieving bioprinting speeds of up to 250,000 voxels per second.
The Holograph X™ Advantage
Ease of Use
An intuitive and user-friendly interface means you can be printing in no time.
Unmatched Resolution
Holographic stereolithography (SLA) enables high-resolution bioprinting at the micrometer level.
Long-term Studies
Printed constructs can remain viable up to 6 months at 4°C.
Cell-friendly Printing
Leverages Holoinks, specialized bioinks that crosslink in milliseconds, for better cell viability.
Speed
Up to 84 times faster than other multiphoton bioprinters.
Physiologically Relevant
Transplantable printed constructs are compatible with extracellular matrix deposits and can be seeded with multiple cell types.
Ultra-fine Resolution
As seen in this large vascularized bundle bioprinted on the Holograph X™.
Ultra-fine Resolution
As seen in this large vascularized bundle bioprinted on the Holograph X™.
Enjoy single-digit micron resolution. Whether you’re bioprinting highly detailed vascularized bundles, tumor models or stents, bring a new level of detail and accuracy to cell culture scaffolds or microdevices.
High Cell Viability
The Holograph X™ offers temperature control in order to maintain a cell-friendly environment for up to 1 hour with 80% viability. Holoinks, specially designed bioinks, are carefully developed from biocompatible materials to further ensure high cell viability.
Precision and Strength
A stent 3D bioprinted with the Holograph X™ displays optimal elasticity and durability to survive implantation.
Optimized for Speed
The Holograph X bioprints constructs up to 84 times faster than other multiphoton systems, without sacrificing micrometer resolution.
Application Areas
More Efficient Animal Studies
Increase reproducibility across animal trials with the bioprinting of identical scaffolds.
3D Cell Culture
Superior, large spheroid formation with low variation. Better models = better data.
Vascularized Tissue
High-resolution constructs recreate intricate tissue-specific vasculature to better understand tissue development.
Microdevices
Bioprint implantable devices like stents, patches and targeted drug delivery systems.
