BioScaffolder 3D Bioprinter Series

The BioScaffolder 3D bioprinter series is the world’s most advanced 3D bioprinting system, designed by scientists for scientists. The BioScaffolder provides unparalleled bioprinting capabilities and extensive software functionality for cutting-edge tissue engineering and regeneration.

The advanced BioScaffolder 3.2 and industry-scale BioScaffolder 5.1 are completely customisable with a vast range of printing tools and accessories available for cutting-edge 3D bioprinting capability. Now available: the BioScaffolder 3.3 Prime is an affordable standard bioprinter with a fixed combination of popular 3D bioprinting tools, which can be added to in the future.

Key Benefits:

  • Versatile, modular system
  • Low volume piezoelectric pipetting capabilities
  • Unique dispensing options
  • Easy scaffold design

As the exclusive distributor for the UK and Ireland, Analytik is proud to supply the 3D BioScaffolder from GeSiM. Through Analytik, you will have access to our team of experts to help develop your application and get the most out of your investment.

For more information, or to discuss your requirements with a product specialist, please call us on +44 (0)1954 232 776 or email info@analytik.co.uk.

Description

The BioScaffolder 3D bioprinter is the world’s most advanced 3D bioprinting system. This modularmulti-headed 3D bioprinter is equipped with multiple dispensing tools including unique core/shell tools for simultaneous dispensing of different materials.

Far from an ordinary bioprinter, the BioScaffolder has a unique temperature controlled piezoelectric micro-pipetting option for high performance printing at very low volumes (ideal for rare or expensive materials). It is highly versatile and adaptable for application specific configurations, making it the ideal advanced bioprinting platform.

This advanced 3D bioprinting platform is a modular instrument with up to four independent z-axes for running several dispensing tools. It can print a variety of pasty materials (hydrogels and biopolymers e.g. collagen, alginate, bone cement paste, polymer paste etc.) with up to three cartridges and has a unique optional heat controlled piezoelectric micro-pipetting system for pico-litre and nano-litre spotting of cells, proteins and curing/hardening substances on certain coordinates within a scaffold structure.

Available modules:

  • Temperature controlled piezoelectric micro-pipetting* – a unique capability for high performance printing at very low volume
  • Unique core / shell tools:
    • Print composed strands of different materials – soft cell core material and hard-shell material
    • Combine hard & soft materials in a co-axial manner
  • Twin-tip piezo dispenser*for mixing of droplets in flight, with control camera
    • Pico- and nano-litre dispensing capability
    • Print onto scaffold structures at well-defined locations
  • Melt electro-spinning printing*option for printing of tiny thermoplastic structures
  • High-temperature, high-power piston extruderfor high viscoelastic polymers
  • Peltier chiller*for printing of hydrogels at low temperatures
  • Up to 4 individual lowering Z-axesfor different tools
    • Combine different sized syringes and needles for high quality printing of different materials
  • Temperature controlled building platform

*not available on the BioScaffolder 3.3 Prime

 

Software Capability

  • Import CAD files (STL, 3MF formats)
  • Proprietary ‘slicer’ for CAD files
  • 3D modelling of the scaffold
    • with 2D-visualisation of each layer
    • zooming, shifting and rotation
  • Generation of G-code and printing of G-code data
  • Calculation of printing time and consumed volumes
  • Processing of externally prepared G-code.
    • Print parameters can be changed during printing
    • Clogged needles can be replaced during printing (via pause button)

The BioScaffolder 3D bioprinter is customisable to meet your requirements. To find out which options are most suitable for your application(s), please contact us to discuss your requirements with a product specialist.

 

Interested in the 3D BioScaffolder? Request a quote or call us on +44(0)1954 232 776 to discuss your requirements.

Unique Tools and Capabilities

  • Individual pressures for each extruder tool​
  • Z-level sensor for accurate height profile of substrate​
  • Printing from up to three cartridges with nozzles at different temperatures​
  • Coaxial printing of two different materials with core/shell dispensers​
  • Two different pressures can be applied simultaneously (core/shell strand formation)
  • Core/shell dispenser for creating tubular structures, actuated by compressed air​
  • For example, cell suspensions or protein samples by nanolitre pipetting​
  • Heated piezoelectric nanolitre pipette
  • Unique piezoelectric inkjet dispensers (not available with Prime model)
  • Twin-tip piezo dispenser​
  • Plasma pen

Applications

  • Production of 3D scaffolds
  • Printing of live cells either embedded in scaffold material or seeding scaffolds by piezo spotting
  • Bio-ink & paste printing at high and low temperatures
  • Dispensing & curing of photosensitive materials

 

Video

An Introduction to the BioScaffolder 3D Bioprinter

Droplet Mix Up with Piezoelectric Tips

PlasmaPen on BioScaffold Printer

Downloads

PDF Icon GeSiM BioScaffolder Info Sheet

PDF Icon GeSiM Bio-Scaffolder 3.2 Datasheet

PDF Icon GeSiM Bio-Scaffolder Technical Specifications

PDF Icon GeSiM Bio-Scaffolder FAQs

PDF Icon Bio-Scaffolder Tools at a Glance

 

Papers & Application Notes

PDF Icon Polycaprolactone Scaffolds – Pneumatic Printing

PDF Icon Three-Dimensional Printing of Hollow-Struts-Packed Bioceramic Scaffolds for Bone Regeneration

PDF Icon Evaluation of Cell Inkjet Printing Technique for Biofabrication

News & User Stories

PDF Icon Analytik reports on how the University of Brighton is using a BioScaffolder 3D Printer from GeSiM in its Centre for Regenerative Medicine

PDF Icon Queen’s University Belfast invests in state of the art 3D bioprinter

PDF Icon Reconstruction of a Human Scaphoid Bone

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