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Bioprinters

Our high-precision extrusion-based bioprinters are called MITO, from the root word "mitosis" of cell division

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MITO Ultra

  • Print Head Temperature: 4°C to 80°C

  • Print Bed Temperature: 10°C to 60°C

  • No. of Heads: 6 with 4 swappable positions 

  • UV Curing: 365nm or 405nm, 420 nm, 485 nm, 520 nm

  • Hepa Availability: UV-C sterilisation

  • Additional Heads: Cell deposition head with cell homogeiser, pneumatic head, thermoplastic print head and more

Download Brochure
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Multimaterial
MITO Pro

  • Print Head Temperature: 4°C to 80°C

  • Print Bed Temperature: 10°C to 60°C

  • No. of Heads: 3

  • UV Curing: 365nm, 405nm, 420 nm, 485 nm, 520 nm

  • Hepa Availability: UV-C sterilisation

  • Additional Heads: No

Download Brochure
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High-Throughput
MITO Elix

  • Print Head Temperature: 4°C to 80°C

  • Print Bed Temperature: 10°C to 60°C

  • No. of Heads: 4 with 3 swappable positions 

  • UV Curing: 365nm or 405nm, 420 nm, 485 nm, 520 nm

  • Hepa Availability: UV-C sterilisation

  • Additional Heads: Cell deposition head, pneumatic head, thermoplastic print head and more

Download Brochure
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Educational
MITO Plus

  • Print Head Temperature: 4°C to 80°C

  • Print Bed Temperature: 10°C to 60°C

  • No. of Heads: 2

  • UV Curing: 365nm or 405nm

  • Hepa Availability: No

  • Additional Heads: No

Download Brochure

Get In Touch

For quotations mail us at sales@avay.tech

Or if you prefer talking to someone over a quick call

Versatility at the cutting-edge

Our next-generation 3D bioprinters are engineered for unparalleled versatility and precision in tissue engineering applications. With models and options of upto six swappable printhead slots, this cutting-edge system empowers researchers to seamlessly integrate multi-material bioprinting workflows, dramatically enhancing complexity, throughput, and reproducibility.​

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Thermocontrol Extrusion Head

From skin layer models to liver tissue, the Pneumatic Thermocontrol Extrusion Head (4°C to 80°C) ensures precision deposition of hydrogels and thermo-sensitive bioinks, ideal for layering epidermal cells.

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Miniaturised Melt Extruder

For structural scaffolding, the Miniaturised Melt Extruder (up to 200°C) allows powder or granulated polymer printing with materials like PCL and PLGA for long-degradation scaffolds.

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Motor-Driven Tool Head

The Motor-Driven Tool Head ensures controlled flow for highly viscous bioinks and electrospinning upgrades, enabling nanofiber deposition that mimics the extracellular matrix.

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Camera Tool Head

Additional Scaffold Monitoring capabilities are introduced via the Camera Tool Head, capturing 1080p images for documentation and rapidly iterating your research is now possible. Please enquire for magnification queries.

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Inkjet Tool Head

The Inkjet Tool Head, with nanoliter-scale precision, enables gradient deposition for vascularized liver constructs, offering high-resolution patterning for zonation-specific cell layouts.

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