BIOPRINTING &
HUMAN TISSUE
REGENERATION
Advanced bioprinting systems engineered for personalized tissue restoration, drug discovery, and clinical cell delivery.
Rebuilding Human Tissue.
Eliminating the Wait List.
Every year, thousands die waiting for organs that never arrive. Celutron exists to end that wait — by growing tissue from your own cells.
We bioprint living tissue structures layer by layer — with the same precision a surgeon needs, and the speed a patient can't afford to lose.
PERSONALISE
Every scaffold, every bioink, every membrane is built from the patient's own stem cells. No donors. No waiting. No rejection.
RESTORE
From bone reconstruction to organ repair — our tissue systems are designed to dissolve as the body heals, leaving nothing artificial behind.
Every construct begins with three fundamentals.
THE BIOLOGICAL ENGINE - MIN. VIABLE CELL SURVIVAL
- Sourced from patient biopsy, iPSCs, or allogeneic stem cell lines.
- Utilizes chondrocytes, osteoblasts, fibroblasts, or endothelial cells.
- Formulated at densities between 10⁶ and 10⁸ cells/mL.
- Maintains high cell viability under post-extrusion shear stress.
THE LIVING MATERIAL - GOLD STANDARD MATRIX
- Hydrogel carrier composed of GelMA, alginate, or fibrin.
- Decellularized extracellular matrix (dECM) for biocompatibility.
- Rheological properties optimized for shape fidelity.
- Non-toxic, ionic or photo-curing crosslinking mechanism.
THE STRUCTURAL BLUEPRINT - CRITICAL MIN. PORE SIZE
- Provides 3D architecture for cell ingrowth and vascularization.
- Pore sizes between 100-500 µm for load-bearing structures.
- Custom geometry designed from patient MRI or CT scans.
- Bioresorbable materials (PCL, PLGA) degrade safely over time.
A bioprinter built for the lab bench.
Load your bioink. Set your structure. Press print.
BioTron builds living tissue layer by layer at 10µm precision — inside a sealed sterile chamber, automatically.
No special training. No cleanroom required.
What we are building towards.
Our technology platform is directed towards engineering functional biological structures, aiming to replace complex tissues and diagnostic systems.
Bone Reconstruction
Patient-specific implants and bone scaffold systems
Utilizing biocompatible calcium phosphate composite bioinks to print rigid structures that stimulate natural bone growth and osteointegration, eventually resorbing as the bone heals.
Wound Healing
Exosome-loaded membranes for chronic diabetic wounds
A cellular patch embedded with concentrated stem cell-derived exosomes to stimulate cellular signaling, accelerating angiogenesis and tissue repair in chronic wounds.
Organ Repair
Kidney tissue biofabrication and organ construct research
High-precision microfluidic extrusion printing of renal proximal tubules to model toxicological responses and research complex multicellular organ architectures.
Drug Delivery
Nanoconjugate systems for controlled therapeutic release
Custom biodegradable polymer nanocarriers conjugated with targeted ligands to release therapeutic payloads locally, minimizing systemic toxicities.
Maxillofacial
Bioresorbable fixation implants from DICOM CT imaging
Patient-matched bone fixation plates designed from clinical DICOM scans, printed using bioresorbable polymers to eliminate the need for secondary removal surgeries.
Cancer Diagnostics
Non-invasive patch sensors and cytogenetic mapping
Highly sensitive micro-electrode arrays embedded in comfortable skin patches, monitoring protein biomarkers and cellular fragments in real-time to detect oncogenic changes.
What We Provide
Comprehensive bioprinting solutions engineered for precision, reliability, and clinical excellence
Bioprinting Systems
State-of-the-art 3D bioprinting platforms engineered for precision tissue fabrication and cellular architecture.
Bioink Supply
Clinical-grade bioinks formulated for optimal cell viability, printability, and tissue-specific applications.
Scaffold Fabrication
Advanced scaffold manufacturing services delivering precise geometries for tissue engineering applications.
Research Collaboration
Strategic partnerships with academic and industry leaders to advance bioprinting technology and applications.
Clinical Translation
Comprehensive support for translating bioprinting innovations from laboratory to clinical implementation.
Validated. Peer-reviewed.
Clinically directed.
Collaborations & Key Ecosystem Partners
Celutron collaborates with premier medical universities, incubation centres, clinical institutions, and government bodies to pioneer bioprinting technology.
Ready to collaborate?
Whether you're a researcher, hospital, or investor — let's build something that matters.