EFL-BP8601 Ultra Projection-based 3D Bio printer

· High-precision light field

High-precision DMD chip

4K resolution

15μm spot size

· Temperature and humidity control design

Prevent material dehydration

Prevent temperature-sensitive materials from condensing

Suitable for long-term printing of hydrogels

· Force feedback module

Automatic height calibration

Detection of peeling force curve

Intelligent identification of printing status

Collision protection

· Visual printing process detection module

High-definition color camera

Real-time observation of projection

Support for photo recording

· Flexible peeling module

Designed for soft material printing

Surface flexible peeling material

Precise peeling distance control

Cooperate with mechanical monitoring module to form peeling closed-loop control

· Hydrogel-specific printing system

Built-in computer, touch screen operation

Self-developed PotatoOSp software

Partition exposure

Multi-model independent parameters

Continuous printing, etc.

· Culture dish printing module

Cell printing

Easy to replace when worn

Acid and alkali corrosion resistant

Application:

· Tissue repair

Construction of cell scaffolds, bone repair scaffolds, corneas, breast prostheses and other structures can be used for tissue repair and regeneration, and have great potential value in tissue engineering and clinical application scenarios.

· Organoids

Construction of microtissue organoid models such as liver lobules, pancreatic islets, and bones can be used for early personalized drug screening and in vitro pathophysiology research.

· Drug controlled release

Construction of cavity structure microneedles can be used to encapsulate different types of drugs, or use personalized material combinations to control the drug release process.

· Nerve repair

Construction of hydrogel catheters and hydrogel microchannel patterns to regulate the regeneration of tendons and nerve tissues.

· Flexible sensors

Can achieve the molding of special hydrogels with high strength and high adhesion, providing a new means for the manufacture of multifunctional flexible electronic devices and related equipment.

Specification

· Light-curing printer host

▪ Optical wavelength: 405nm

▪ Light intensity range: 0~30 mW/cm²

▪ Minimum printing layer height: 10μm

▪ Projection accuracy: 15μm, 4K

▪ Open material system: flexible materials (GelMA, HAMA, SilMA and other hydrogels); rigid materials (photosensitive resin, etc.)

▪ Functional information: Printing chamber temperature and humidity control, real-time monitoring of printing process, support for culture dish printing, continuous printing, printing peeling force monitoring and recording

▪ · Platform Tank Combination

▪ Platform Types: Metal surface, Glass surface

▪ Tank Types: Petri dish tank, Uniform bottom heating tank, Continuous printing tank

▪ Tank Platform Temperature: RT-50°C

▪ Tank Capacity: 8 ml

▪ Functional information: Multiple platform and tank combinations available

▪ · Additional Functions

▪ Chamber Temperature Range: RT-37°C

▪ Chamber Humidity Range: RH-85%

▪ Zeroing Module: Pressure zeroing, ±5 kg, Accuracy 0.01 mm

▪ Monitoring Module: 3.2 Megapixels, 2048 × 1536 resolution

▪ Other Functions: LED illumination, UV sterilization

▪ · Control System

▪ Monitor: 13.3-inch, 1080 × 1920

▪ Connectivity: Ethernet, WLAN (external wireless router required)

▪ Software: Includes EFL-PotatoOSp-Ultra printer control software