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Bio PRO - Bio 3D Printer

Bio Pro – Advanced Bio 3D Printer for High-Precision Biomedical Innovation

Bio Pro Bio 3D Printer

Bio Pro Bio 3D Printer

Our Bio Pro 3D Printer by Garuda3D is a high-precision, modular bio-printer engineered for cutting-edge biomedical research, tissue engineering, and regenerative medicine. Featuring a triple-head pneumatic extrusion system with independent pressure control (≤8 bar) and temperature-regulated bio-heads (4–250°C), it supports 3 mL, 5 mL, and 10 mL BD syringes with Luer-lock compatibility for Hydrogels, Collagen, Alginate, Chitosan, and Cell-Laden Bioinks.

Bio Pro Bio 3D Printer
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Advanced Bioprinting Solution

  • Triple Extruder System: Temperature-controlled bio-heads (4–250°C) with 10mL BD syringes, Luer-lock tips, and independent pressure control (≤8 bar) for precision.
  • Coaxial Bioprinting: Concentric nozzles for core-shell constructs (e.g., vascular networks) via simultaneous multi-material deposition.
  • Rapid Cooling: Reaches 4°C in <5 mins for sensitive biomaterials (collagen, alginate).
  • Sterility Assurance: UV chamber sterilization, HEPA H14 filtration (99.995% efficiency), and heated nozzle/bed for cell viability.
  • UV Crosslinking: Modular 365/395/405 nm curing for customizable bioink solidification.
  • Material Flexibility: Supports Hydrogels, Chitosan, Gelatin, and Cell-laden Bioinks.
  • Open Material Platform: Print client-provided or proprietary biomaterials with adjustable parameters (speed, pressure, temperature).
  • Precision Mechanics: Linear rails, lead screws, and 5” touchscreen (USB/SD)
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End-to-End Assistance

  • Installation: On-site setup, calibration, and workflow optimization.
  • Training: Remote/in-person sessions for hardware, software, and bioink protocols.
  • Preventive Maintenance: HEPA filter replacements, nozzle cleaning, and firmware updates.
  • 24/7 Troubleshooting: Priority access to engineers via live chat/email for hardware/software issues.
  • Annual Maintenance Plans: Optional upgrades, spare parts kits, and discounted servicing.
  • 12-Month Warranty + extended coverage options.
  • Dedicated Support Portal: Tutorials, troubleshooting guides, and biomaterial compatibility databases.
Print Technology Pneumatic 3-head system with independent pressure control (≤8 bar, 0.01 bar resolution)
Build Volume 130 × 100 × 75 mm
No. of Heads 3-head system
Syringe Type 3 mL / 5 mL / 10 mL BD-compatible with Luer Lock
Print Platform Petri dish (35–80 mm), well plates (6/12/24/48/96), glass slides, confocal dish
Material Compatibility Hydrogels, Collagen, Chitosan, Gelatin, Alginate, Cell-Laden bioinks, Client-provided materials, Client-provided or Proprietary Biomaterials
Print Speed Up to 30 mm/s
*Material-dependent
Print Precision 0.01–0.2 mm (material/nozzle-dependent)
Build Plate Leveling Manual
Display 5” HDMI touchscreen
Architecture Enclosed machine with UV sterilization
Photo-Crosslinking Swappable 365/395/405 nm UV modules
Clean Air HEPA H14 filtration
Tool Kit Included (1 set)
Warranty 12 months + extended support plans
Syringe Temperature: 4°C to 250°C* (original specs mention heated nozzles up to 250°C for bioink versatility)
Heating Bed: Room temp to 80°C
Mechanics: Linear guide rails, lead screw transmission
Precision: XYZ axis ≤10 μm (original specs mention high accuracy; 0.1 mm is too low for bio-printing)
Supported Materials: Hydrogels, Collagen, Gelatin, Chitosan, Alginate, Sacrificial Polymers, Cell-Laden Bioinks (viscosity-dependent) upto 8bar
Slicing Software Cura, Custom Slicer, RepRap
File Types .STL, .OBJ, .3MF, .GCODE
OS Compatibility Windows, macOS, Linux
Connectivity USB, SD card, Web-UI
Power Requirements 240V AC, 50Hz
Connectivity USB, Ethernet, Wi-Fi
Installation On-site/remote setup and calibration
Training Software, hardware, and bioink protocols
24/7 Troubleshooting Live engineer access
Maintenance HEPA filter replacements, firmware updates
Portal Guides, biomaterial databases, troubleshooting

Bio 3D Printing

Tissue Engineering

  • Printing 3D scaffolds that mimic natural tissues for cell growth and tissue regeneration.

Drug Testing & Development

  • Creating 3D tissue models to test drug efficacy and toxicity, reducing reliance on animal testing.

Cancer Research

  • Printing tumor microenvironments to study cancer cell behavior and treatment responses.

Regenerative Medicine

  • Developing Biocompatible constructs to aid in the regeneration of skin, cartilage, or even organ tissues in early-stage research.

Personalized Medicine

  • Creating patient-specific models using their cells for customized treatment and surgical planning.

Educational & Research Purposes

  • A hands-on platform for universities and research labs to explore bioprinting, cell biology, and biomedical engineering.
"Advanced FFF & SSE 3D Printing Solutions for Real-World Manufacturing"

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