Bioscaffold Printers

Product catalog summary

Overview: The GESIM BioScaffolder is a versatile 3D printing device designed for rapid prototyping and tissue printing, particularly in the fields of cell biology and regenerative medicine. It features independent Z axes for flexibility and pressure-driven 3D printing, with optional piezoelectric microdispensing for cell printing.

Main Applications:

Production of soft tissue implants for tissue engineering.
Plotting conductive coatings onto medical devices.
Dispensing photosensitive materials.
Printing live cells, either embedded in scaffold material or seeded by a piezoelectric microdispenser.
Manufacturing sensors from conductive polymers.

Technical Features:

Independent Z-drives allow printing of different materials without changing cartridges.
Compatible with GESIM piezoelectric dispensers and other tools.
Scaffold Generator software for defining and inspecting geometric figures.
Configuration includes two cartridges and a piezo dispenser.
Heatable cartridge holders and nanolitre pipetting system option.
External control unit for air pressure and fluidics.
Dosage pressure ranges from 100 – 800 kPa (1 – 8 bar).
Step width: 2 μm in X/Y, 10 μm in Z; Working area: 100 x 346 x 40 mm.
Automatic alignment of dispensing capillaries and tip cleaning.
Printable materials include hydrogels, biopolymers, bone cement paste, biocompatible silicones, and polymer pastes.

Requirements: The device requires filtered pressurized air (up to 8 bar), 115 – 240 V AC, a computer (can be provided), and a clean bench.

Contact Information: Gesellschaft für Silizium-Mikrosysteme mbH, Bautzner Landstr. 45, 01454 Grosserkmannsdorf, Germany. Tel: +49 (0)351 - 2695 322, Email: [email protected], Website: www.gesim.de

Catalog excerpts

BioScaffolder 3D Prototyping and More

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GESIM BioScaffolder 3D Prototyping and More ■ Independent Z axes for maximum flexibility ■ Pressure-driven 3D printing ■ Optional Piezoelectric microdispensing, e. g. for cell printing Main applications are in cell biology and regenerative medicine: ■ Production of soft tissue implants for tissue engineering Interested in rapid prototyping or tissue printing ? Look no further. The new GESIM BioScaffolder can print 3D scaffolds of biopolymers as well as seeding cells using the well-known GESIM piezo– electric pipettes. ■ Plotting of conductive coatings onto medical devices ■ Dispensing of photosensitive...

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Technical Data Sujfluld Piezo Enhanced Setup Abcut Figure: <•) Cubs O Cylinder Edge length; Slumber of repeating ; .■■=■■■■■= | Total height: Spcce between strands: - 2.2? mrn Angle increment: I Writa New Plot File Append To Existing Fife Layer ? 1 Cartridge Q 1 02 03 □ Paao Configuration with two cartridges and piezo dispenser Scaffold Generator software to define and inspect simple geometric figures GUI-based control software including easily definable cuboids and cylinders Up to four independent Z-drives (spindle) Heatable cartridge holders (different sizes) Option: Nanolitre pipetting system...

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© M+K Werbeagentur GmbH | www.mkwa.de GESIM BioScaffolder Gesellschaft für Silizium-Mikrosysteme mbH Bautzner Landstr. 45 01454 Grosserkmannsdorf, Germany Tel. +49 (0)351 - 2695 322 Fax +49 (0)351 - 2695 320 [email protected]

Open the catalog to page 4

Bioscaffold Printers

Bioscaffold Printers

Catalog excerpts

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