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The Felix BIOprinter

HIGH PERFORMANCE, CUSTOMIZABLE 3D BIOPRINTING

Appropriate for all type of bioprinting research and designed to extrude a wide range of material type and vicosities.

The BIOprinter is made with design freedom in mind, and includes various features that enhance the accuracy of the printing process, while at the same time ensuring that process is cost-effective and easily sterilizable.

BIOprinter functionality

The FELIX BIOprinter raises the bar in terms of flexibility and adaptability, and is ideally suited for an array of research, scientific, and medical applications. The unique features of the system allow the BIOprinter to print with two different material types within the same print, improve material dosage and material flow, and print a wide range of viscosities and bio-inks.

Design

FELIXprinters has nearly 10-years experience developing robust, cost-effective, accurate, and ground-breaking 3D printing solutions. All this experience has been used to develop the modular and easy to use BIOprinter.

Expertise cumulated to develop the optimum userfriendly design.

UV Light Effectively and gently cure printed parts.

Open System No restriction to type of labware or equipment.

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Software

To facilitate ease of use, the BIOprinter uses industry standard and market-leading slicing software. This allows users the ability to take advantage of the versatility of the BIOprinter, and to have total freedom to explore the possibilities of specific applications.

Uses standard slicing software – Simplify 3D, the best slicing software available on the market right now. For a fully in-control, fully customizable user experience.

Effectively and gently cure printed parts Wireless connectivity – synchronize files across devices

Ease of use

We recommend and have preconfigured Simplify3D, the best slicing software available on the market. Several presets are programmed to get you started quickly. Simply adapt your project designs to suit your needs.

Touchscreen with user friendly interface and embedded print server, allows remote print file monitoring, multi-user environment and print-file management.

Unique nozzle probing system, enables automated bed leveling and calibration of the nozzles. This gives a perfect first layer, saving you valuable research time.

All information at your fingertips, duration of print, Estimated time of completion, calibration, tutorials.

Camera module let’s you monitor your prints remotely from your smartphone or PC.

Technical Specifications

  • Layer Resolution: to 50 microns
  • Build Plate: Aluminium sandwich plate with steel flexplate.
  • Print Head: Dual syringe operation
  • Syringe Specs: 5 ml syringe(s)
  • Build Speed/s: Recommended build speed is 20 mm/s. Speed depends on material viscosity.
  • Typical print accuracy: ± 0.05 mm for sizes below 20 mm
  • Syringe Min/Max print temperatures: 0-50 ˚C
  • Syringe heat up time / cooling times: 10 seconds
  • XYZ resolution: XY, 1.6 microns, Z: 0.15 micron
  • Dimensions & Weight: 430 x 390 x 550 mm, 11.5kg
  • Build Volume: XYZ = 130 x 210 x 130 mm
  • Extrusion width: greater than 0.1mm, depending on nozzle size

Your support in bioprinting

Discover the range of bioinks suited for specific medical and research needs.

At XPECT-INX®, we are focusing on the commercialisation of materials and bioinks for 3D bioprinting or biofabrication by utilizing decades of academic experience in the field of polymers and biomaterials.

By offering a unique material portfolio based on our patented CURADUO® and CURASOL® technologies, the applications become nearly limitless. Our bio-inks can be applied for various tissue types with applications in regenerative medicine and drug and cosmetics screening. Additionally, by offering a bio-ink portfolio suitable for multiple printing technologies, attainable resolutions range from hundreds of nanometres to hundreds of micrometres. 

These technologies include:

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Xpect Bio Inx

XPect Inx provides four broad categories of bio-inks.

XFast provides all benefits of Gelatine used for Adipose Tissue and Skin printing applications.

XGel-MA is based on Gelatine derived from natural collagen used for Adipose Tissue, Blood Vessels, Brain Tissue, Cartilage, Bone Tissue, Skin and Cornea printing applications.

XHydromelt is a synthetic hydrogel based on patented CURASOL Technology used for Adipose Tissue, Cartilage, and Bone Tissue printing applications.

XSolid is a photo cross-linkable synthetic bio-degradeable polyester based on patented CURASOL Technology used for Skin, and Blood Vessel printing. applications.

Felix BIOprinters supports Xpect Inx

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