Tel:0512-66958483
Email:engforlife-mkt@efl-tech.com
Multi-functional Extrusion-based 3D Bio printer
Automatic forming of multi-material structures.
Multiple nozzles for fully automatic printing, supporting the combination of various materials (metal powder, ceramic powder, polymer, hydrogel, micro-nano, etc.) and different structures (porous scaffolds, biomimetic structures, microneedles, microspheres, etc.)
Reproducing biological characteristics.
The highest filament extrusion accuracy is less than 10um, supporting multiple biomimetic paths and customized paths of different shapes.
Simple and stable, easy to master even for those from different fields.
Rich organization model library and printing parameters, multiple parametric printing paths generated with one click, 3D model editing and slicing printing, self-developed 3D printing software, supporting multiple customization functions.
One machine supports multiple processes, meeting customized demands.
EFL customizes detachable multi-process modules, supporting various forming processes such as high-temperature printing, coaxial printing, near-field direct writing printing, low-temperature printing, and rotational printing.
The printing process is clear and traceable.
High-definition cameras capture the entire process of model formation in real time, making it clearly visible.
The position deviation of the nozzle is precisely controllable.
High-precision laser sensor calibration, automatic alignment of multiple nozzle errors, worry-free printing on multiple materials.
Food printing: By extruding food slurry through air pressure, three-dimensional models of different shapes can be flexibly formed
Flexible circuit printing：Through the cross-linking reaction between Ga3+ and alginate molecular chains, a layer of gallium alginate shell is formed on the surface of liquid metal micro-particles, which has excellent printability and can use various materials as printing substrates
Bone scaffold printing：hydroxyapatite, bioceramics, etc. Effects: Through the combination of mechanical extrusion nozzles and high-temperature platforms, bone scaffolds can be printed, achieving the replication of different hard bone tissues
High-strength chitosan printing：By combining high-temperature nozzles and high-temperature platforms, chitosan can be printed using the embedded high-temperature solidification bath method
Hydrogel low-temperature printing：By combining low-temperature nozzles and low-temperature platforms, it is possible to print complex structures of commonly used hydrogels such as GelMA and gelatin
Tubular stent rotary printing：Through rotary printing technology, rapid printing of tubular stents (such as trachea, blood vessels, urethra, etc.) can be achieved
Coaxial printing of large-sized vascularized tissues：Coaxial printing of GelMA(outer layer) and gelatin carrying endothelial cells (inner layer). After the gelatin dissolves, endothelial cells deposit and adhere, effectively constructing the vascularized tissue structure
Coaxial printing crawling robot：Multi-material ink direct writing coaxial 3D printing manufactures coin-type dielectric elastomers, creating soft robots capable of ultra-fast movement
High-precision scaffolds for directional induction of cell growth：By improving the near-field direct writing process, high-precision heterogeneous biological scaffolds with controllable pore size and fiber diameter were fabricated to induce directional cell growth through structural differences
Macro and micro cross-scale scaffold printing：Through the switching of electrostatic fields, macro and micro cross-scale scaffold printing can be achieved. Among them, ultrafine fibers enhance biocompatibility, and phase fibers provide stronger mechanical properties of the scaffolds
High-precision gel chip printing：Based on high-precision 3D printing, the idea of micro-wireframe molds was proposed to achieve micro-nano scale manufacturing of complex structures of brittle hydrogels and applied to organ chips
| BP6606 Parameter | |
Equipment dimensions | 808mm×662mm×572mm |
Effective print size | 170mm×170mm×80mm |
Maximum moving speed | 100mm/s |
Minimum floor height | 10μm |
Repeat positioning accuracy | 40μm |
| Air pressure | 0~700 kPa |
| Print monitoring system | 1080p, 60 frames, HDR compensation |
Power supply, power | 100~240V，50~60HZ，1000W |
EFL, make regenerative medicine research more efficient!
Scan and add the QR code for more information
15370087306（same as WeChat）
首頁
Reagents / Consumables
Phone
