Our technology
Laser-Induced Forward Transfer (LIFT) enables controlled, contact-free delivery of living cells onto flat or curved biological surfaces. By tuning laser pulse parameters, we define droplet size, cell number, and placement with micron-level accuracy.
This technique supports both in-vivo bioprinting and the creation of complex ex-vivo constructs, providing a reliable platform for precise cellular transfer in advanced biomedical applications.
Human Embryonic Stem cells/alginate bioink
Matrigel
System features
PhosPrint’s Dual Beam I (PhosDB . I) bioprinter, is optimized to print bio-inks for tissue constructs. Equipped with a dual wavelength module it offers the ability to print and post-process bio-inks on demand.
Laser wavelength: visible, IR
User-friendly software
10-inch display for real-time process monitoring
Temperature control at printbed and
at bioinks (10 C – 70 C)
UV LED and HEPA filters for contamination control
Unprecedented post-printing cell viability
Printing volumes: pL up to nL
Printed droplet size: 10-300 μm
Printing spatial accuracy: ±5 μm
Applications
We develop bioprinting solutions for regenerative medicine and advanced tissue engineering. Our lead program focuses on in-vivo printing for urinary bladder repair, where we have completed preclinical studies and are advancing into clinical trials.
Beyond this, we work with high-precision droplet bioprinting for research applications, and with spheroids, organoids, and scaffold-based constructs, including collaborative projects such as engineered liver tissue. Across these areas, our platform enables accurate and reproducible cellular placement to support novel therapeutic pathways.