Perfectly Fitted Stents
Vascular stents with sub-100 µm strut precision. Successfully implanted in carotid arteries via standard medical catheters.
Read moreTechnology for vital solutions
Printing the future of medicine
A precision printing platform for the next generation life-saving treatments.
Vital3D Technologies is building a new development and manufacturing foundation for medical devices, therapeutics and regenerative medicine. Powered by our proprietary FemtoBrush technology, we combine micrometer-scale resolution with centimeter-scale build volume in a single process — enabling complex biomedical structures that conventional technologies struggle to produce.
Today, we are demonstrating the platform across five programs, from advanced scaffolds and vascular devices to future bioprinting applications. Our long-term horizon is to become the platform of choice for one of medicine's most ambitious goals: the fully bioprinted, implantable human kidney.
Portfolio
Five programs. One precision platform.
3D Cell Culture Systems
Scaffolds and microcarriers with tunable pore geometry 40–130 µm. A solution for production, pre-clinical, and clinical development of therapeutics.
Implantable Grafts
Vascular graft scaffolds combining cm-scale dimensions with µm-scale porosity — a combination no other manufacturing method achieves.
Wound Patches
Bioactive dressings for chronic and post-surgical wounds. Targeting veterinary and human care.
Microfluidics
Maskless lithography for lab-on-chip and organ-on-chip prototyping. Centimeter-scale masters with embedded µm features.
Technology
FemtoBrush — precision at every scale.
FemtoBrush is our patented adaptation of two-photon polymerization for advanced 3D printing and biofabrication. By dynamically shaping the laser beam with a spatial light modulator, the system can switch on demand between ultra-high-resolution structuring for fine features and higher-throughput volume printing for larger constructs — within a single continuous process.
This capability is designed to address one of the central challenges in 3D printing and biofabrication. Creating structures that require both fine micro-scale architecture and clinically relevant build dimensions. FemtoBrush enables precise internal geometries, scalable construct sizes, and gentle optical processing in a platform dedicated for future medical devices, therapeutics and regenerative medicine.
Rather than forcing biology into the limits of existing manufacturing workflows FemtoBrush is specifically designed to meet the requirements of biofabrication itself: precision, scale, material flexibility, and the ability to create complex 3D architectures that support the path toward functional tissues and, ultimately, implantable organs.
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Resolution
1 µm
single-feature precision
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Build volume
50 mm
demonstrated max dimension
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Throughput
0.1 mm³/min
at full-speed brush mode
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Material classes
3+
hybrid polymers, hydrogels, elastomers
2021
Founded
€2M+
Raised to date
4
Patents pending
3
Peer-reviewed papers
10
Team members
Team
Built by physicists, engineers, and biotech operators.
Vidmantas Šakalys
Co-founder & Chief Executive Officer
Dr. Linas Jonušauskas
Co-founder & Principal Photonics Scientist
Eglė Čiuoderienė
Chief Partnerships Officer
The foundation
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Backed
By a global leader in laser technology.
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Propelled
By serial entrepreneurs and investors in aviation — a highly competitive industry that parallels healthcare in safety-critical standards and regulatory rigor.
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Partnered up
With premier hospitals, research institutions, pharma, and medtech.
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Advised
By a Scientific Advisory Board of clinical, materials, and bioprinting experts.
Contact
Let's talk.
Clinical collaborators, research partners, industry players, investors — we would like to hear from you. Early-stage questions welcome.
Office
Saulėtekio 15
LT-10224 Vilnius
Lithuania
Company
Vital3D Technologies, UAB
Code: 305946192
VAT: LT100014742413