Skip to main content

This expensive 3D bioprinter is controlled by a $10 gamepad

(Image credit: Fluicell)

A new high-resolution 3D bioprinter capable of producing tissue models for all manner of medical research has a highly novel control method – one which you’d normally find attached to a games console.

Yes, the Biopixlar printer from Fluicell has an innovative interface which uses a gamepad controller.

Biopixlar is capable of printing complex biological tissue which mimics that found in human organs, and it can be used for all manner of research and drug development purposes.

The 3D printer allows for the production of multiple cell types in one run, and it includes a micromanipulator arm plus a motorized stage to position the printhead and sample with high-precision, 3D Printing Industry reports.

Research platform

The device – which is billed as a ‘fully integrated research/discovery platform’ – offers a user-friendly graphical interface, and the gamepad is used to position the printhead and deposit cells.

Biopixlar is a gel-free printer, with the company noting that it uses “direct printing of cell suspension without the need for [a] gel matrix”.

The 3D printer has been in beta testing for two months, and Fluicell says it is now developing protocols to print different types of nerve cells.

Printing tissue for research into diseases and testing the efficacy of drugs is not just cost-effective, but also a big step forward on the ethics front, in terms of avoiding testing on animals.

Fluicell hasn’t yet put a price tag on the new Biopixlar printer, although you will likely be paying a fair old premium to be on the cutting-edge of bioprinting, naturally enough.

As we’ve seen recently, there are a number of different innovative takes on bioprinting being developed, including the use of ‘aqueous architectures’ for 3D-printing human organs.