Bio MORPH
Bio 3D Printer

Name: Bio MORPH Bio 3D Printer
Brand: Garuda3D
SKU: bio-morph
Price: Contact for pricing INR
Availability: InStock
Rating: 4.7 (9 reviews)

Bio Morph – Entry-Level Bio 3D Printer for Foundational Research and Education

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Bio Morph Bio 3D Printer

Our Bio Morph 3D Printer by Garuda3D is a compact, entry-level open material bioprinter designed for laboratories, universities, and healthcare R&D exploring regenerative medicine and basic tissue engineering. Featuring a stepper motor-driven electro-mechanical extruder (lead screw transmission), it supports 3 mL, 5 mL, and 10 mL BD syringes (Luer-lock compatible) for printing Hydrogels, Collagen, Alginate, and Low-Viscosity cell-laden bioinks.

Core Features

Single Extruder Bio-Head: Syringe based mechanical extrusion with 3 mL / 5mL BD syringes and Luer-lock tips for Hydrogels, Collagen, Alginate, and Cell-Laden bioinks.
Open Material Platform: Print client-provided or proprietary biomaterials (≤500 mPa·s viscosity) with adjustable parameters (speed, pressure, temperature).
UV Sterilization: Enclosed chamber with built-in UV sterilization to maintain aseptic conditions during printing.
HEPA H14 Filtration: Filters airborne particles ≥0.3 μm, ideal for live-cell printing.
Multi-Wavelength Photo-Crosslinking: Swappable 365/395/405 nm UV modules for customizable bioink curing.

Temperature-Sensitive Compatibility:

Cooling: Maintains 4°C at the syringe for collagen and thermolabile bioinks.
Heated Nozzle: 4–50°C range for material stability during extrusion.
Heated Bed: Up to 80°C for adhesion and thermal crosslinking

Design & Usability

Compact Footprint: Fits inside biosafety hoods for lab-grade sterility.
2.4” TFT Touchscreen: Intuitive interface with USB/SD connectivity and pre-loaded biomaterial profiles.
Manual Bed Leveling: Precision calibration for consistent layer adhesion.

Mechanics & Software

High-Precision Motion: Linear guide rails and lead screws ensure ≤0.1 mm accuracy.
Open-Source Compatibility: Works with Cura, PrusaSlicer, or custom G-code for seamless workflow integration.

Reliability & Support

12-Month Warranty: Covers parts and labor.
Basic Support: Remote troubleshooting and firmware updates.


Print Technology	Electro-mechanical extrusion (stepper motor + lead screw, no pneumatic pressure system)
Build Volume	135 × 100 × 40 mm (supports petri dishes, well plates, glass slides)
No. of Heads	Single head with 10 mL BD syringe (3 mL/5 mL optional)
Material Compatibility	Hydrogels, Collagen, Alginate, Gelatin, Chitosan, Low-viscosity Cell-laden Bioinks, and Client-provided Materials
Print Speed	Up to 30 mm/s (*Material-dependent)
Print Precision	0.1 mm (X/Y axis), nozzle/viscosity-dependent
Build Plate Leveling	Manual
Display	2.4” TFT touchscreen (USB/SD connectivity)
Architecture	Enclosed chamber with UV sterilization and HEPA H14 filtration
Photo-Crosslinking	Swappable 365/395/405 nm UV modules
Tool Kit	Included (nozzles, syringes, calibration tools)
Warranty	12 months* (extendable)


Syringe Control	4°C to 50°C (cooling/heating for bioink stability)
Heated Bed	Room temperature to 80°C (supports bio-wells and petri dishes)


Motion System	Linear guide rails + lead screw transmission
Precision	X/Y axis: 0.1 mm, Z axis: 0.05 mm


Supported	Hydrogels, Collagen, Alginate, Gelatin, Sacrificial Polymers, and Low-viscosity Cell-laden Bioinks


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 Morph Bio 3D Printing

Basic Tissue Scaffolds

Print collagen-based matrices or alginate-hydrogel scaffolds for cell culture and soft tissue regeneration (e.g., skin, cartilage). Ideal for labs exploring in vitro tissue models without complex multi-material setups.

High-Throughput Drug Testing

Create uniform hydrogel-based assays (e.g., liver/kidney tissue mimics) in 6–96 well plates to screen drug toxicity or efficacy, reducing animal dependency.

Cancer Microenvironment Models

Print simplified tumor-stroma constructs using patient-derived cells to study early-stage metastasis or drug responses in a sterile, controlled environment.

Educational Bioprinting

Teach students bioprinting fundamentals—cell-laden bioinks, scaffold design, and sterile workflows—with an affordable, open-source platform.

Personalized Wound Healing

Fabricate patient-specific hydrogel dressings (e.g., chitosan-alginate blends) for burns or chronic wounds using the open-material platform.

Organ-on-Chip Prototyping

Print vascularized hydrogel channels or microfluidic templates for early-stage organ-on-chip development.

Regenerative Medicine Research

Explore autologous tissue grafts (e.g., ear cartilage, corneal stroma) using temperature-sensitive bioinks like collagen or gelatin.

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Bio MORPH
Bio 3D Printer

Bio Morph – Entry-Level Bio 3D Printer for Foundational Research and Education

Bio Morph Bio 3D Printer