The best way to recreate biology
Accurately recreate complex and functional physiological structures for medical research, therapeutic discovery, and regenerative medicine using the Aspect Biosystem.
create function
Guide the development of cells into functional tissue
create function
Guide the development of cells into functional tissue
Function follows form—give your cells the guidance to do what they do best.
Organize cells to facilitate tissue maturation and achieve function.
Use our microfluidic 3D bioprinting technology to:
- Place and align multiple cell types with microscale control
- Print high cell densities with high viability and preserved phenotype
- Create ideal microenvironments for tissue growth using tunable biomaterials
maintain viability
Minimize shear stress during printing to maintain cell viability and phenotype
maintain viability
Minimize shear stress during printing to maintain cell viability and phenotype
Don’t jeopardize cell integrity by stressing out your cells.
Keep your cells happy and healthy throughout the printing process without sacrificing print quality.
Use our microfluidic 3D bioprinting technology to:
- Protect cells from the shear stresses encountered in conventional printing technologies
- Use low viscosity materials while maintaining high print fidelity
- Quickly print large structures and complex geometries
mimic microenvironments
Pattern multiple functional materials to create precisely defined microenvironments
mimic microenvironments
Pattern multiple functional materials to create precisely defined microenvironments
Physiological microenvironments are complex—your 3D tissue structures should be too.
Harness the power of microfluidics to easily create the compositional and structural complexity needed to form functional tissue.
Use our microfluidic 3D bioprinting technology to:
- Precisely switch between and pattern multiple materials for microscale placement, alignment, and organization of cells
- Form cellular and biomolecular gradients and interfaces
- Incorporate useful biomolecules and extracellular matrix components
deliver nutrients
Print perfusable systems to deliver oxygen, nutrients, and growth factors
deliver nutrients
Print perfusable systems to deliver oxygen, nutrients, and growth factors
Complex tissue structures can’t thrive without essential signals and nourishment.
Provide your cells with the oxygen, nutrients, and factors they need by directly printing perfusable tissue.
Use our microfluidic 3D bioprinting technology to:
- Simultaneously print cell-laden hollow fibres with multiple concentric layers to mimic physiological vessel structures
- Control the composition and dimensions of perfusable fibres
- Save time and maintain control by avoiding the need for cell seeding
The Aspect Biosystem
Aspect Studio Software
BALANCING EASE OF USE WITH DESIGN FLEXIBILITY
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Designed to ensure ease of use while allowing total design freedom for greater customization
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Smooth integration between design and print functions enables easy tuning and optimization of your design
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Upgrades and training regularly provided to enable new functions and support new products
Scientific & Technical Expertise
COMMITTED TO SUPPORTING YOUR SUCCESS
Through our in-house tissue programs, our R&D team has established a deep understanding of tissue engineering challenges and is prepared to help you solve yours.
Our team is dedicated to continually improving and developing our technology. We're always looking to add expertise to our growing team. Learn more!
3D BIOPRINTING POWERED BY
MIGHTY MICROFLUIDICS
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Precise motion and pressure control enable microscale resolution at high speed
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Flexibility of microfluidics allows for seamless cell and material patterning
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User-friendly software drives the design of highly customized structures
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Engineered to be compatible with a wide range of biomaterials
RX1TM Bioprinter
Microfluidic Printheads
Empowering Unparalleled Creative Control
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Precise pressure and valve control provide seamless switching between multiple materials and fine control over fibre diameter with a single printhead
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On-printhead crosslinking allows printing of a wide range of materials with high print fidelity, including low viscosity bioinks to mimic soft tissue microenvironments
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Protective coaxial sheath minimizes shear stress on cells, which maintains high cell viability and preserves cell phenotype and function
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Selection of microfluidic printheads provide functional flexibility, including the ability to print cell-laden, multilayered concentric fibres with a hollow core for perfusion
Customizable Biomaterials
CREATING THE RIGHT ENVIRONMENT
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Incorporate various biological components to mimic microenvironments
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Print with high fidelity using low biomaterial concentrations to allow diffusion and achieve high cell densities
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Pattern biomaterial gradients and interfaces to better emulate biology
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Modulate tissue matrix stiffness while ensuring structural stability
