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Volumetric 3D Bioprinter
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Ultra-fast Forming | Cell-friendly | Self-supporting Ink

The EFL-BP9601 features ultra-fast printing speeds, enabling rapid formation of hydrogel models while maintaining the viability of cells and biological components. The self-supporting nature of the ink allows for the quick formation of suspended structures with good printing accuracy, making it suitable for applications such as cell-laden printing and rapid construction of fine hydrogel structures.

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Product Highlights

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Ultra-fast Forming

· Forms in seconds

·effectively avoiding cell and biological factor inactivation

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Cell-friendly

· Non-contact printing avoids contamination

· Supports various cells such as embryonic cells, mesenchymal stem cells, fibroblasts, and cancer cells, with a survival rate of over 95%.

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Self-supporting Ink

· Can directly print complex suspended structures

· Supports low-concentration ink forming

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High-precision Optics

· 3840*2160 resolution

· 15μm pixel accuracy

· High-precision DMD chip

· Light intensity monitoring

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Printing Process Detection Module

· High-precision camera

· Observe the projection formation in real time 

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Self-developed 3D Printing Software

· High-performance control system

· Built-in software (networked and offline) 

· Rich tissue model library

· Synchronous printing of multiple samples

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Material Preprocessing Module

· Supports rapid heating and cooling of hydrogels, ensuring materials are in a printable state

Product Applications

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Organoids

Constructs centimeter-scale biological tissues for tissue repair, personalized drug screening, and in vitro pathophysiology research.

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Flexible Electronics

Constructs hydrogel actuators for research in flexible sensors and soft robotics.

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Conduit Flow Channels

Constructs high-resolution internal channel structures for simulating natural tissue microenvironments, developing in vitro models, or tissue repair.

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Composite Structures

Can be combined with near-field direct writing and suspended printing technologies to manufacture complex structures with various materials.

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Microspheres and Microneedles

Used for rapid drug manufacturing, enabling research on drug formulations and loading content.

Product Literature

Product Parameters

Parameter name

Parameter details
MainframeMain Unit Dimensions580×440×385 mm
Rotation Speed≤120°/s
Printing DimensionsΦ12H25mm, Φ15H25mm (container diameter × height)
ContainerGlass sample bottle
Wavelength 405nm
Resolution3840*2160
Projection Accuracy15μm
Light Intensity0~30mW/cm²
Other FunctionsPrinting MaterialsPEGDA, GelMA, SilMA, F127DA, HAMA, etc.
CameraPrinting progress monitoring, resolution 720×540
Temperature Control ChamberFacilitates material pre- and post-processing, 4~50℃
Touchscreen11.6 inches, resolution 1920×1080

Product video

        

  

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Tel:0512-66958483

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