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Bio ATOM
Bio 3D Printer

Discover How Bio 3D Printing is Revolutionizing Medical Research and Treatment.

Bio ATOM Bio 3D Printer side view

Bio ATOM Bio 3D Printer

Our Bio ATOM Bio 3D Printer by Garuda3D is a compact, entry-level Bio Printer designed for laboratories and universities exploring biomaterials and introductory tissue engineering. Featuring a stepper motor-driven electro-mechanical extruder (lead screw system), it supports 3 mL, 5 mL, and 10 mL BD syringes (Luer-lock compatible) for printing thermoresponsive Hydrogels like Gelatin, Alginate, and Chitosan. With the Open-Design Flexibility, Cartesian-frame architecture allows easy integration into biosafety hoods or custom enclosures for lab-specific workflows.

Bio ATOM Bio 3D Printer front view
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Entry-Level Bioprinting

  • Affordable, open-frame design for labs and universities exploring basic biomaterials.
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Open-Design Flexibility

  • Cartesian-frame architecture allows easy integration into biosafety hoods or custom enclosures for lab-specific workflows.
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Electro-Mechanical Extrusion

  • Stepper motor-driven syringe system (no pneumatics) for 3 mL, 5 mL, and 10 mL BD syringes (Luer-lock compatible).
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Temperature Control

  • Heated Nozzle: Up to 80°C for thermoresponsive hydrogels (e.g., gelatin, agarose).
  • Heated Bed: Up to 80°C for improved adhesion of constructs.
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Open-Source Workflow

  • Compatible with Cura and standard G-code for easy integration.
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Compact & Portable

  • Fits in biosafety hoods for lab-grade workflows.
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Educational Focus

  • Ideal for teaching Bio 3D Printer basics and biomaterial experimentation.
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Warranty

  • Comes with a 12-month warranty, providing assurance of product quality and support.
Print Technology Electro-mechanical extrusion (stepper motor + lead screw)
Build Volume 120 × 120 × 40 mm (Supports petri dishes, glass slides)
No. of Heads Single head
Syringe Compatibility 3 mL / 5 mL / 10 mL BD syringes (Luer-lock tips)
Material Compatibility Hydrogels, Gelatin, Alginate, Chitosan, client-provided materials (≤500 mPa·s)
Print Speed Up to 30 mm/s
(*Material-dependent)
Print Precision 0.1–0.2 mm (X/Y axes)
Build Plate Leveling Manual
Display 2.4” TFT touchscreen (USB/SD connectivity)
Architecture Open-type Cartesian frame
Warranty 12 months
Operating Temperature 15⁰C to 45⁰C
Syringe Heating Room temperature to 80°C
Heated Bed Room temperature to 80°C
Motion System Linear guide rails + lead screw transmission
Axis Precision X/Y: 0.1 mm
Supported Hydrogels, Gelatin, Alginate, Chitosan, Agarose
Not Recommended Cell-laden bioinks (due to lack of sterility features).
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

Bio 3D Printing

Tissue Engineering

  • Bio 3D printing enables the fabrication of complex tissue structures by layering biomaterials and living cells. This technique is instrumental in creating scaffolds for tissue regeneration, aiding in the repair or replacement of damaged tissues such as skin, bone, and cartilage

Organ Transplantation Research

  • By constructing functional organ models, bio 3D printing addresses the critical shortage of donor organs. These bioprinted organs can potentially be used for transplantation, reducing dependency on donors

Regenerative Medicine

  • The technology supports the development of personalized therapies by creating patient-specific tissue models. This personalization enhances the effectiveness of treatments for various diseases

Cancer Research

  • Bio 3D printing facilitates the creation of tumor models, providing a more accurate environment for studying cancer progression and testing potential treatments, leading to better understanding and management of the disease

Drug Testing and Development

  • Bioprinted tissues offer a more physiologically relevant platform for drug testing, improving the prediction of drug efficacy and toxicity, and potentially reducing the need for animal testing

Educational and Research Applications

  • Institutions utilize bio 3D printers like the Bio ATOM for educational purposes and to advance research in biomedical fields, providing hands-on experience in tissue engineering and regenerative medicine
"Advanced FFF & SSE 3D Printing Solutions for Real-World Manufacturing"

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