Custom Biofabrication

Biofabrication · Custom Solutions

Tailored workstation solutions for bioink development, cell models and tissue engineering research.
Beyond printing hardware — a scalable platform for material development, model fabrication and standardized biological experiments.
Get Custom R&D Proposal → Explore Capabilities ↓

Four Core Technical Capabilities Optimized for bioink development and diverse biofabrication modalities

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Multi-Modal Extrusion

  • Extrusion modes: Pneumatic / screw-driven extrusion
  • Build plate: Custom working area 100~500mm
  • Thermal control: Printhead -30℃ ~ 120℃, substrate RT~80℃
  • Reservoir module: In-situ low-temperature mixing for homogeneous bioinks
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Interactive Print Control

  • Operation modes: Manual tuning / automated workflow switch
  • Live adjustment: Modify extrusion and scanning parameters mid-print
  • Toolpath strategy: Porous scaffolds, curved and heterogeneous structures
  • Experiment traceability: Full parameter logging for reproducible research
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Modular Workstation Expansion

  • Continuous feeding: Non-stop material exchange for long batch runs
  • Automated barrel swap: Multi-bioink switching for high-throughput screening
  • Integrated workflow: Printing · crosslinking · post-processing · in-line characterization
  • Open interfaces: Compatible with third-party culture and analytical tools
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Biomodel Fabrication Workflow

  • Conformal printing: Deposition onto non-planar substrates and tissue surfaces
  • Image reconstruction: Convert imaging datasets into printable 3D models
  • Reverse modeling: Seamless translation from medical scans to scaffolds
  • Process iteration: Optimize ink and printing parameters based on characterization

R&D Case Studies For cutting-edge biofabrication research

Bone Tissue Engineering

Mineralized Bone Scaffolds

Cryogenic extrusion with large-format plate for uniform deposition of PCL/HA composite bioinks

Cell Encapsulation

Cell-Laden Microgel Systems

Pneumatic extrusion paired with in-situ photo-crosslinking for microcarriers and organoid fabrication

Wound Regeneration

Patient-Specific Skin Scaffolds

Image-guided modeling + conformal extrusion of collagen scaffolds matching wound anatomy

Custom R&D Workflow Research-focused, collaborative roadmap

1Research Requirement Interview → 2Technical Feasibility Assessment → 3Workstation Design → 4Prototype Validation & Process Tuning → 5Delivery, Training & Ongoing Support
* We deliver an initial feasibility review within 24 hours