Introducing the Recon Biotech TissueBot Educational 3D Bioprinting Platform, designed with your students in mind. This 3D bioprinter features a companion laboratory series, giving you everything you need to get started.
NOTE: 3D Universe is authorized to sell this product in the United States of America, only.
The Recon Biotech TissueBot Educational 3D Bioprinting Platform is designed with your students in mind. This 3D bioprinter features a companion laboratory series, giving you everything you need to get started.
Key features include:
Are you paying for looks, or are you paying for utility?
The open design of our 3D bioprinter takes away the mystery of how the technology works. We like that. Science cannot advance when students and researchers simply learn to use a black box without fundamentally absorbing the process. We believe the only way to drive this technological field forward is to allow users to build an intimate familiarity with how the machine works.
Precision control of extruder and print bed temperature allows for bioprinting with a wide range of bioink and bioink blends.
We designed this 3D bioprinting platform to fill an unmet need: educating students. But this machine has the functionality, the precision, the software, and the reliability to perform cutting-edge research in the tissue engineering field. And best of all, a price tag that virtually any academic department or lab can justify.
3D bioprinting machines currently on the market can range from $20K-$300K, yet all share similar structure and function. By offering a competitively powerful machine for $7,500, and by offering a series of modules to extend the machines’ base capabilities, we offer academic researchers value in their investment.
The Recon Cloud Platform exposes control of our 3D Bioprinters and peripherals, both for in-person and remote operation. Recon Biotech is constantly updating and improving their cloud platform based on user feedback, which is combined with a robust roadmap of features already identified, to make crafting and executing 3D bioprinting sessions simple and intuitive.
The Recon Cloud Platform provides two core offerings -- manual printer control software and a 3D bioprint designer -- both working together to empower users to move the needle in the nascent bioprinting space.
The utility of a 3-axis robot with a series of quick-change and plug-and-play modules which perform various automated tasks is a powerful tool. We foresee customers who may use the platform both in ways it was conceived for, and in ways radically different from its original design.
Many commercial 3D bioprinters have astronomical price tags -- but they don’t have to.
In 2010, the lowest-cost commercially available (non-open source) desktop 3D printer was just under USD $10,000*. Today, many companies offer desktop 3D printers for less than $500 that are powerful workhorses, with no corners cut. With advances in technology, capabilities continue to increase while prices continue to decrease.
*R. Jones et al., “RepRap – the replicating rapid prototyper,” Robotica, vol. 29, no. 1, pp. 177–191, Jan. 2011.
The anatomy of a typical FDM (Fused-Deposition Modeling) 3D printer is fairly simple: a positioning system, deposition tools, and control software.
Positioning system: The average desktop plastic 3D printer moves a deposition head around in 3D space relative to the printing platform. This is most often accomplished by coordinating the precision movements of several stepper motors with the control software. The machines turn the rotational movement of a stepper motor into linear movement of the print head or printing platform using a system of belts, a system of lead screws, or a combination of the two. It’s as simple as that. Underneath the bells and whistles, a 3D bioprinter costing 6-figures utilizes the same basic technology as a $200 desktop plastic 3D printer.
By the way, 3D bioprinting often requires LESS precision than desktop plastic 3D printers. Don’t pay for what you don’t need.
Deposition Tools: With the positioning system of most 3D printers relying on very similar technology, the tool set of the machine dictates its utility. Many systems of material deposition have been described, but most mainstream applications are covered by biomaterial extrusion from a syringe through a deposition tip. Extrusion is accomplished either through mechanical force applied to the syringe plunger (often with a stepper motor-lead screw system), or pneumatically by precise pressurization of the syringe with air. These systems are non-trivial, but also aren’t new. Our system offers a temperature-controllable, stepper motor-driven syringe deposition system.
Control Software: Most desktop 3D printers speak a common language, called G-Code. To operate the machine, specific gcode commands are sent to trigger the necessary actions. It's pretty basic software, for the most part, but some companies charge huge fees for custom software solutions to operate their machines. Recon Biotech offers free cloud-based software for controlling all aspects of your TissueBot machine from an easy-to-use web-based interface.
440 mm x 410 mm x 340 mm
220 mm x 220 mm
Shipping Box Dimensions
21.5 x 21 x 9.5 in (546 mm x 533 mm x 241 mm)
Heated syringe extrusion
± 0.1 mm
Recon Biotech Cloud Host Software (included with purchase)
Windows / Mac / Linux
Most orders for in-stock items ship within one business day.
3D Universe accepts all major credit cards, as well as online payment methods like PayPal, Apple Pay, Amazon Pay, and Google Pay.
Nothing will impact your 3D printing results like the kind of filament you use. Good filament is highly consistent in diameter, is wound evenly onto the spool with just the right amount of tension, and will not tangle when being unwound. 3D Universe offers a wide range of high-quality filaments to choose from. We provide a 100% satisfaction guarantee on all filament we sell. If you have any problems, just send back the unused portion of the spool for a full refund. Check out our filament collection...
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