ADAPTIVE BIOPRINTING STARTS HERE
Unlock advanced biofabrication in a single powerful platform built to adapt to your research.
Discover how the ExplorerOne supports your innovative research
Unlock a wide range of bioprinting applications including hydrogel and melting polymers
Hydrogel Bioprinting
Deposit any kind of hydrogel through pneumatic or piston-driven dispensing methods or create core-shell structures with the coaxial dispensing printhead. Maximise cell viability and your printability window with temperature control ranging from 4°C to 40 °C and a wide range of extrusion widths.
Achieve even higher levels of detail through contact or non-contact droplet jetting, with deposition volumes in the microliter range.
Combine multiple technologies with independent pressure regulators in a single bioprinting process and achieve highly complex structures with ease.
Polymer melt deposition
Polymer melt deposition offers a great opportunity for you to create complex, biomimetic structures or to reinforce hydrogels. With high-temperature pneumatic melt deposition, you can easily print with synthetic polymers like PCL, PLA, and PLGA. If you want to print custom composites, use the pellet extruder which can be heated up to 300° C. Furthermore, you can use filamentous materials that are also heated up to 300 °C, providing you with a wide range of possibilities.
Achieve even higher details via melt-electrospin writing polymer melts, with a filament resolution down to 10 µm.
Adapt the system to your needs
Tailor your bioprinter to your specific research needs with our hardware expansion kit, ensuring a seamless integration into your workflow. Our “blank” development kit allows you to develop custom printheads or printing surfaces, and communicate with external equipment.
Mount any sensor or actor to threaded fixture points and use the on-board electronics for power. Use gcode-controlled 2-way communication to control your custom printhead and use it in a (bio-)printing process via standard programming constructs.
Converge your custom developments with established bioprinting technologies to future-proof your research lab and expand your bioprinter as needed.
place for code
HARD FACTS
Technical Specifications
| Outer Dimensions (LxWxH) [mm] | 750x450x800 |
| Weight [kg] | 40 |
| Printing Area (XYZ) [mm] | 140, 140, 140 |
| Resolution [mm] | 0.5 |
| Accuracy [mm] | 0.1 |
| Pressure Range [kPa] | 8-bit resolution control options: 0 – 100 kPa 0 – 500 kPa |
| Pressurized air input [kPa] | 600 – 1000 |
| No. of printhead slots | 4 |
| Calibration OPtions | Manual or Automatic |
| User Interface | PC with Internet Connectivity |
| Desktop Compatibility | Windows, macOS, Linux |
| Connectivity | Wi-Fi |
| Power Input | 100 – 240 V, 50 – 60 Hz, 600 W, 5 A |
| Fuse | 250VAC 10A |
| Structure | Milled Stainless Steel, Painted |
Explore the Software, available Printheads and how to develop on the platform
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Software
Discover our user-friendly Gcode generator and bioprinter control software.
Printheads
Unlock the full potential of your bioprinter with a range of available printheads.
Platform Expansion Options
Explore how to adapt your open bioprinting platform to fit your custom research needs.
TESTIMONIALS
“I am absolutely thrilled with my experience using this 3D bioprinting system! Its versatility has been a game-changer for my research projects, effortlessly adapting to meet the changing requirements. The user-friendly software made it a breeze to onboard new students, accelerating their understanding and proficiency in bioprinting. I highly recommend this system to anyone seeking a reliable and efficient solution for their bioprinting needs.“
Jeremy Dinoro, Phd
Researcher at University of Wollongong
We always welcome the opportunity to discuss personalized bioprinters and custom bioprinting workflows. Let us help you accelerate your research and bring your ideas to life.
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