Cell Printer

Shilian Boyan Beijing Technology Company, in collaboration with leading international manufacturers in Europe and America, has launched a series of smart and affordable integrated micro valve cell jet printing heads, micro suspension printing heads, melt electrospinning printing heads, solution electrospinning printing heads, as well as coaxial printing heads, spiral rod extrusion printing heads, and various printing technology printing heads, including UV LED curing heads, for small desktop 3D bioprinters. With practical functions, low purchase costs, and easy operationCell PrinterTechnology is delivered to every laboratory!

Highlights and Parameters:

Desktop cell printer:
1. Rich types of print heads: Different quantities of print heads can be flexibly configured according to the user's financial situation:
The compact and affordable system integrates Wu bacteria operation room technology, which comes with a Wu bacteria operation room. Wu needs to configure a biological safety cabinet to ensure the Wu bacteria environment inside the biological printer. Integrated with various printing technologies such as cell friendly microvalve print heads, microsuspension print heads, high-temperature and high viscosity screw extrusion print heads, melt electrospinning print heads, solution electrospinning print heads, coaxial print heads, and UV LED curing heads.
2. Desktop type of economic integrated electrospinning printingCell Printer：
A small desktop 3D bioprinter with melt electrospinning printhead, solution electrospinning printhead, coaxial printhead, and printhead.

3. UV curable photopolymerized kit hydrogel cross-linking:
The laser wavelength of the photopolymerization system is 365nm ± 10nm, with a power of 500mW and a light intensity of 2000mW/cm2. Alternatively, 405nm photopolymerization is available
4. High definition camera that can monitor the printing process in real-time:
5. Integrated force electrical stimulation microenvironment simulation, more realistic than traditional static printing research

（1） Melt Electrospinning Ultra fine Fiber Printing

Manufacturing fiber mesh scaffolds with micro nano scale diameters,3D printing of biomaterial substrates at the cellular scale

This means that any type of polymer and internal structure can be used to create scaffolds
Melt Electrospinning Writing (MEW) is used to manufacture small to large volume scaffolds with specific designs, shapes, and thicknesses layer by layer. In vitro studies have shown that MEW designed and manufactured
The scaffold can support cell attachment, proliferation, and ECM formation, and promote cell infiltration throughout the thickness of the scaffold through macropores and pore interconnections. In addition, in vivo studies have shown that
The scaffold designed for specific tissue regeneration strategies performs well
Melt electrospinning writing current range: 0mA-3mA DC
High voltage range of melt electrospinning: 1kV-6kV DC
Melt electrospinning printing speed: 125 mm/s

（2） Solution electrospinning printhead

Solution spinning is a method of quantitatively extruding a concentrated polymer solution from a printing nozzle, and solidifying the solution into fibers through a coagulation bath, hot air, or hot inert gas

（3） Cell high survival rate print head

1. Ink jet cell high survival rate micro valve printing nozzle

2. Fine and micro suspension printing nozzle

（4） High temperature and high viscosity spiral extrusion print head

（5） Coaxial print head

（6） 3D Printing UV Curing and Imaging Monitoring System

1. UV curable photopolymerized reagent kit hydrogel cross-linking;

2. The laser wavelength of the photopolymerization system is 365nm ± 10nm, with a power of 500mW and a light intensity of 2000mW/cm², also optional405 nm UV curing

3. Equipped with goggles and controllerWait.

4High definition camera that can monitor the printing process in real-time

（7） Wu bacterial environment

UV sterilization: Integrated UV sterilization system, requiring a biological safety cabinet for drying under bacterial conditionscell printing.

（8） Integrated force electrical stimulation microenvironment simulation, more realistic than traditional static printing research

6、 Other advantages

Print head temperature range: 10 ° C-265 ° C
Printing bed temperature range: 3 ° C-60 ° C

UV curing system: 50mW, 365nm/405nm UV laser module

Heating and cooling printing bed: available
Injection pump print head: available
On demand print head: available
Ultra cold print head: available

UV sterilization: 2W, 275nm UV-C
Building structure: culture dish, culture board, PE isolation board
Volume: 110 x 110 x 80 millimeters
XY resolution per microseep: 1um
Z-resolution per microseep: 1.25um
Layer resolution: 5um
Printing pressure resolution: 0.1 psi
Software: A convenient and efficient model building or optimization processing software that can be accessed from Read data in STL format and deposit it layer by layer, converting the data into a format that can be recognized by the printer
Multi material organization printing of 3D models greatly reduces the time and labor costs of model establishment