Readily3D Volumetric Bio-printer

Readily3D Tomolite leverages our contactless tomographic illumination technology to shape sensitive cells and biomaterials into biological systems, without impairing their viability. Volumetric printing not only preserves cells but also makes research more efficient by simplifying design iterations and statistical studies.

Various Tomolite configurations are available for your specific application needs.

Or visit the Readily3D website: Readily3D Tomolite

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Category: Volumetric Bio Printer

More About This Item

Fast Centimeter-scale structures are fabricated within a few tens of seconds, making both design iterations and statistical studies straightforward.

Cell-friendly With our ultrafast printing process, cells spend very little time outside of an incubator. The low photoinitiator contents also considerably limits cytoxicity.

Contamination-free Sensitive cells and biomaterials are shaped without contact through sealed glass vials, which can be sterilized in an autoclave.

Optical resolution Our optical approach can define three-dimensional light dose distributions with a resolution below 100 µm, regardless of print size.

Easy to use Our software Apparite directly imports STL files of the construct and gives full control over object and print parameters.

Design freedom Go beyond simple grids. Thick or thin, hollow or overhanging, complex organic shapes are printed easily with Tomolite.

Specifications

Pixel size	14µm
Magnification before vial	2x
Indicative print time	30s – 120s (depends on material)
Build diameter	up to 6.3mm (standard) or 12.5mm (performance)
Build height	≥ 25mm
Light intensity	1 to 20mW/cm² (average at container)
Wavelength	405nm ± 5 nm (standard), 400nm ± 1 nm (performance) Other wavelengths upon request
Maximum rotation speed	> 60°/s
Container materials	Autoclavable and reusable sealed glass containers
Compatible materials	hydrogels, acrylics and silicones
External footprint	27cm x 30cm x 67cm
Initial accessories kit	Precision chuck adaptor for vials Vial extraction tool

Achieved results

	Concentration	Viability	Construct size	Print time
Human hepatic organoids	5.10⁶ cells/ml	> 95% after 10 days	Ø 6 × h 17 mm	15.5s
Human embryonic kidney cells (HEK 293)	4.10⁶ cells/ml	—	Ø 8.1 × h 9 mm	36s
Mouse myoblasts (C2C12)	10⁶ cells/ml	> 90% after 7 days	Ø 7 × h 15 mm	10 – 11s
Normal human dermal fibroblasts (NHDF)	10⁶ cells/ml	> 90% after 7 days	13 × 6.0 × 2.6 mm	11.4s
Equine mesenchymal stromal cells (MSCs)	10⁶ cells/ml	—	Ø 8.5 × h 9.3 mm	12.5s
Equine articular chondroprogenitor cells (ACPCs)	10⁷ cells/ml	> 85% after 7 days	Ø 5.0 × h 1.0 mm	—

Various Tomolite configurations are available for your specific application needs.

Or visit the Readily3D website: Readily3D Tomolite