Rastrum™ 3D Bioprinter
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RASTRUM™
3D cell biology with the Power of Digital Bioprinting
A simple platform to create 3D cell models in standard well plates that are compatible with your existing experimental workflow
With its unique technology, RASTRUM places individual cell types and matrix components drop-by-drop and layer-by-layer to build a 3D cell model, giving you capability like never before to recreate in vivo biology.
The art of simplifying complexity
1. Design
Design your experiment without the need for 3D modeling or hydrogel engineering
2. Print
Easy and automated printing workflow to create your 3D cell model efficiently and reproducibly.
3. Use
Printed 3D cell models are compatible with standard culture and analysis.
Printable and Tunable 3D Cell Culture Environments using RASTRUM™ Matrices
The RASTRUM™ 3D cell culture platform, developed by Inventia Life Science, utilises synthetic PEG-based matrices that:
- Enable reliable cell encapsulation to generate 3D cell models
- Can be modified to match ECM stiffnesses found in vivo
- Can be biofunctionalised with addition of adhesion peptides, full-length proteins or MMP-sensitive sites to suit each encapsulated cell type
Tunable stiffness to provide physiologically relevant environments
Full-length proteins enriched in nautral extracellular matrices (i.e. laminin and collagen)
Modifiable adhesion peptides for mediating integrin binding
MMP-sensitive sites to enable cleavage of the matrix by cell-secreted proteases
The application note provides an overview of the utility and tunability of RASTRUM™ matrix systems
The future is 3D.
Get there faster.
Publications
- Advancements in 3D cell culture systems for personalizing anti-cancer therapies
- The assessment of average cell number inside in-flight 3D printed droplets in microvalve-based bioprinting
- A high-throughput 3D bioprinted cancer cell migration and invasion model with versatile and broad biological applicability
- The characterization of particle number and distribution inside in-flight 3D printed droplets using a high speed droplet imaging system
- Generation and analysis of 3D cell culture models for drug discovery
- A covalently crosslinked Ink for multimaterials drop-on-demand 3D bioprinting of 3D cell cultures
- A 3D bioprinter specifically designed for the high-throughput production of matrix-embedded multicellular spheroids
- Enabling high throughput drug discovery in 3D cell cultures through a novel bioprinting workflow
- Mechanical mapping of bioprinted hydrogel models by brillouin microscopy
- Advanced spheroid, tumouroid and 3D bioprinted in-vitro models of adult and paediatric glioblastoma
