A High-Performance Platform for Next-Generation Human Biomaterials

About

What we do

Our purpose is to be the edge of innovation, delivering a new generation of human and biocompatible biomaterials to revolutionize biomedical research and medical devices.

Tissue engineering and medical applications will never be the same.

Our purpose is to be the edge of innovation, delivering a new generation of human and biocompatible biomaterials to revolutionize biomedical research and medical devices.

Tissue engineering and medical applications will never be the same.

BIA - BIOFABRICATION INTELLIGENT ASSISTANT

From Biofabrication Design to Regulatory Approval — Powered by AI

Meet BIA, Quantis’ intelligent engine for biofabrication.

Accelerate your tissue and scaffold development with up to 70% reduction in trial-and-error, 50% faster protocol design, and 40% gains in reproducibility.

From bioink formulation to bioprinting parameters, architecture design and regulatory pathways, BIA transforms complex workflows into guided, data-driven decisions — reducing development time, lowering costs, and increasing success rates.

Design smarter. Print better. Validate faster. Translate sooner.

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Learn More About BIA

We create new products with bold industry leaders
and innovators.

By developing the first ever human biomaterials through our patented bioprocess, we are now searching for potential partners to develop together with us new medical devices and applications using our human collagen matrix.

Do you want to team up with us?

Wound Dressing.

The first ever human ECM-based high-performance wound dressing for wound healing.

QMatrix Powder

QMatrix Powder is a human biofabricated extracellular matrix presented as a lyophilized powder, obtained through 3D bioprinting of living tissues.
It preserves the biochemical complexity and bioactive cues of the native ECM with high batch-to-batch reproducibility.
Animal-free, stable, and easily rehydratable, it is compatible with multiple formulations and platforms.
Designed for 3D bioprinting, tissue engineering, advanced cell culture, and regenerative and dermocosmetic applications.

Bioactive Scaffold

Bioactive Scaffold is a 3D bioengineered scaffold functionalized with human biofabricated extracellular matrix.
It combines structural support with bioactive cues that promote cell adhesion, proliferation, and tissue maturation.
Designed for high reproducibility, scalability, and compatibility with regenerative biomaterials.
Ideal for tissue engineering, regenerative medicine, and translational research applications.

QMatrix Powder

QMatrix Powder is a human biofabricated extracellular matrix presented as a lyophilized powder, obtained through 3D bioprinting of living tissues.
It preserves the biochemical complexity and bioactive cues of the native ECM with high batch-to-batch reproducibility.
Animal-free, stable, and easily rehydratable, it is compatible with multiple formulations and platforms.
Designed for 3D bioprinting, tissue engineering, advanced cell culture, and regenerative and dermocosmetic applications.

Bioactive Scaffold

Bioactive Scaffold is a 3D bioengineered scaffold functionalized with human biofabricated extracellular matrix.
It combines structural support with bioactive cues that promote cell adhesion, proliferation, and tissue maturation.
Designed for high reproducibility, scalability, and compatibility with regenerative biomaterials.
Ideal for tissue engineering, regenerative medicine, and translational research applications.

QMatrix Powder

QMatrix Powder is a human biofabricated extracellular matrix presented as a lyophilized powder, obtained through 3D bioprinting of living tissues.
It preserves the biochemical complexity and bioactive cues of the native ECM with high batch-to-batch reproducibility.
Animal-free, stable, and easily rehydratable, it is compatible with multiple formulations and platforms.
Designed for 3D bioprinting, tissue engineering, advanced cell culture, and regenerative and dermocosmetic applications.

Bioactive Scaffold

Bioactive Scaffold is a 3D bioengineered scaffold functionalized with human biofabricated extracellular matrix.
It combines structural support with bioactive cues that promote cell adhesion, proliferation, and tissue maturation.
Designed for high reproducibility, scalability, and compatibility with regenerative biomaterials.
Ideal for tissue engineering, regenerative medicine, and translational research applications.

QMatrix Powder

QMatrix Powder is a human biofabricated extracellular matrix presented as a lyophilized powder, obtained through 3D bioprinting of living tissues.
It preserves the biochemical complexity and bioactive cues of the native ECM with high batch-to-batch reproducibility.
Animal-free, stable, and easily rehydratable, it is compatible with multiple formulations and platforms.
Designed for 3D bioprinting, tissue engineering, advanced cell culture, and regenerative and dermocosmetic applications.

Bioactive Scaffold

Bioactive Scaffold is a 3D bioengineered scaffold functionalized with human biofabricated extracellular matrix.
It combines structural support with bioactive cues that promote cell adhesion, proliferation, and tissue maturation.
Designed for high reproducibility, scalability, and compatibility with regenerative biomaterials.
Ideal for tissue engineering, regenerative medicine, and translational research applications.

QMatrix Powder

QMatrix Powder is a human biofabricated extracellular matrix presented as a lyophilized powder, obtained through 3D bioprinting of living tissues.
It preserves the biochemical complexity and bioactive cues of the native ECM with high batch-to-batch reproducibility.
Animal-free, stable, and easily rehydratable, it is compatible with multiple formulations and platforms.
Designed for 3D bioprinting, tissue engineering, advanced cell culture, and regenerative and dermocosmetic applications.

Bioactive Scaffold

Bioactive Scaffold is a 3D bioengineered scaffold functionalized with human biofabricated extracellular matrix.
It combines structural support with bioactive cues that promote cell adhesion, proliferation, and tissue maturation.
Designed for high reproducibility, scalability, and compatibility with regenerative biomaterials.
Ideal for tissue engineering, regenerative medicine, and translational research applications.

Awards and Recognition

With innovative solutions in the field of biotechnology, Quantis has gained recognition through its participation in competitions around the world!

Meet the Team

We are a quantum team driven by science, purpose, and meaningful real-world impact.

We unite technical excellence, deep innovation, and a strong sense of human responsibility.
Our work is collaborative, ethical, and firmly focused on real applications.
We value autonomy, diversity, and continuous learning as engines of growth.
We transform human biology into precise, next-generation regenerative solutions.