FELIX BIOprinter
Perform advanced research with the aid of extrusion based bioprinting.
The BIOprinter born to fulfill demanding requirements for researchers in an EU funded project to cure parkinsons disease. Based on the proven platform of the FELIX Pro Desktop series (a few thousands sold). This solid performer will surely meet your BIOprinting demands.
Why choose FELIX BIOprinter
The FELIXbioprinter platform is well suited to perform most needs in the field of extrusion based bioprinting. If the extended list of features are not sufficient, the system is open to change the hardware, software or firmware.Easy to use
Accuracy
Robust system
Modular system
Compact
FELIX BIOPRINTER
FELIX BIOprinter features
A fully packed 3D printing platform, with features to accelerate your research
01 — FEATURE
Dual Extrusion
Innovative dual print head system
-
Motorized Extrusion
Enables precise extrusion regardless of temperature and viscosity.
-
Syringe Heating & Cooling
Wide temperature range from 4°C up to 75°C.
-
Dual Material Printing
Print two materials simultaneously for advanced applications.
Tool-Free Swap
Open Syringe system
-
Quickly swap syringes
Change between extruders and materials rapidly, taking only seconds.
-
Use standardized syringes
The extruder features a smart adjustment mechanism, allowing it to accommodate luer lock syringes of different brands with capacities of 1ml and 5ml.
-
Material flow detection
The printer has the capability to detect an empty syringe or a clogged nozzle, enabling it to automatically enter pause mode.
-
High extrusion force
With an extrusion force of 350 Newton or 35 Kg, the printer empowers you to print with a diverse array of materials.
02 — FEATURE
03 — FEATURE
UV Curing
Bed module (optional)
The standard heated build plate can reach temperatures of up to 80°C. Additionally, our cooled bed module provides the following capabilities:
-
Fixing several sizes of petri dishes, Well plates and Slides
-
Temperature control within a range of 4°C to 60°C
(When printing at room temperature)
Real-Time Monitoring
UV module
Some (BIO) materials require curing to ensure rigidity. The UV module offers the following functionalities:
-
The UV module is capable of curing UV-sensitive materials
-
It operates at a wavelength of 365nm
-
And has a power usage of 2W
04 — FEATURE
05 — FEATURE
interface
Touchscreen interface
The printer hosts a powerful touchscreen, control the printer directly or via the convenient webinterface .
-
Intuitive interface
-
Manage print files
-
Monitor temperatures
-
Webcam
-
USB stick
-
Access via web browser
Real-Time Monitoring
Webcam monitoring
The 2 MP webcam camera allows you to:
-
Follow the print process remotely via the web interface
-
Create timelapses
-
(Optionally) You can connect a USB microscope for research and scientific applications.
06 — FEATURE
Convenience features
-
Automatic syringe calibration
Significantly reduce the time required for dual-head printing, saving you hours of effort.
-
Automatic motorized bed levelling
Ensures the perfect first print layer.
-
Quick and efficient packaging and transportation process
The machine is both compact and lightweight, making it easy to transport. Additionally, the foldable platform not only reduces transport costs but also makes it convenient to handle in laboratory settings.
-
Easily fits into most suction cabinets
Effortlessly utilize the existing resources available in the laboratory.
Specifications
| Layer Resolution | to 50 microns |
| Build Plate | Aluminium sandwich plate with steel flexplate or optionally glass plate |
| Print head | Dual motorized syringe operation |
| Syringe Specs | 5 ml Luer lock or luer slip syringe |
| Build Speed/s |
Recommended build speed is 20 mm/s. Speed depends on material viscosity |
| Typical print x,y,z accuracy | ± 0.05 mm for sizes below 20 mm |
| Syringe Min/Max print temperatures | 4-75 °C |
| XYZ resolution | XY: 1.6 microns, Z: 0.15 micron |
| Dimensions & Weight | 430 × 390 × 550 mm, 11.5kg |
| Build Volume | XYZ = 130 × 210 × 130 mm |
| Extrusion width | Greater than 0.1mm, depending on nozzle size |
| Extrusion force of syringe | 350N max |
Software
Included in the package is one of the best and most versatile 3D printing software options.
It comes with several presets and grants you unlimited freedom to fine-tune it according to your specific application.
The print process in 4 simple steps
01
3D Model
➔
02
Slice
➔
03
➔
04
Ready
Materials
You have the capability to employ any substance with a viscosity not exceeding 1000 Pascal-seconds. For the purpose of multilayer 3D printing, it is recommended to utilize a minimum viscosity of 50 Pascal-seconds.
Within our inventory, we have a comprehensive array of materials meticulously chosen based on the esteemed recommendations provided by our valued partners.
Your support in bioprinting
Discover the range of bio inks suited for specific medical and research needs.
-
Claro
Claro is a leading developer of Bioprintable Gels featuring tailored behaviour for extrusion-based bioprinting.
Explore Claro -
BIO INX
BIO INX® offers a wide spectrum of inks for deposition-based 3D printing, ranging from synthetic to nature-derived materials, for easy printing of biocompatible platforms enabling cell seeding and/or cell encapsulation.
Explore BIOinx