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ABOUT CELUTRON

Built in a lab. Driven by a mission.

Celutron was founded to solve the organ shortage — one bioprinted tissue construct at a time.

Corporate Narrative

Celutron Innovations was established with a singular, clear-cut imperative: to bridge the critical shortage in transplantable human tissues. Every year, thousands of patients lose their lives while on organ waiting lists. By developing advanced biomaterials and precise benchtop bioprinting hardware, we aim to make tissue fabrication accessible and routine.

Our system combines structural engineering, advanced cell biology, and clinical translation protocols. We develop patient-specific hydrogel carriers that house cell lines, allowing researchers to print structural scaffolds with extreme viability rates.

Based in Chennai, India, and incubated at the Crescent Innovation & Incubation Centre (CIIC), Celutron is supported by an interdisciplinary team of biomedical engineers, mechanical systems designers, and clinical researchers. We are focused on translating academic laboratory breakthroughs into verified medical devices.

Our Mission

“To make patient-specific tissue engineering accessible, reproducible, and clinically deployable.”

Our Vision

“A future where no patient dies waiting for a transplant.”

MILESTONES

Evolutionary Timeline

2023.Q1

Founding

Celutron Innovations founded to address global donor organ shortage.

2023.Q3

Incubation

Secured incubation and lab facilities at CIIC, Chennai, Tamil Nadu.

2024.Q1

BioTron V1

Completed development and validation of the multi-cartridge extrusion assembly.

2024.Q4

BioTron V2

Launched the intelligent portable Class 5 sterile chamber bioprinting unit.

2025.Q2

Publications

First peer-reviewed publications validated bagasse CNF & bone compressive strength.

2025.Q4

Translation

Initiated clinical translation pathways for implantable scaffolds with advisors.

2026.Q2

Next-Gen Printer

Unveiling our next-generation advanced bioprinting platform with enhanced capabilities.

TECHNOLOGY

How Celutron builds tissue.

Subsection 1 // Bioprinting Modalities

Modality Description

Pressure-controlled layer-by-layer deposition of viscous hydrogels and bioinks.

Technical Highlights

  • Pneumatic & mechanical piston drives
  • Dual-cartridge extrusion with thermal control (ambient to 80°C)
  • Resolution down to 10µm filaments
  • Optimized for high-viscosity dECM formulations and polymers like PCL
SYSTEM // 02

Bioink Systems

  • dECM gold standard formulation
  • GMP-grade sterile manufacture
  • Patient-specific hydrogel tuning
  • Carriers: Alginate, Gelatin, Fibrin, Hyaluronic Acid
SYSTEM // 03

Scaffold Engineering

  • Hard tissue: 100–500µm interconnected macropores
  • Soft tissue: 20–100µm microporosity channels
  • Materials: PCL, PLGA, Type-I Collagen, Nano-HAp (bioresorbable)
SYSTEM // 04

FRESH Bioprinting

  • Support bath printing
  • Hydrogel stabilization for complex structures
  • Cell viability optimization under support conditions
OUR TEAM

The people behind the platform.

Dr. Gowthami Jawahar

Dr. Gowthami Jawahar

FOUNDER & CEO

Regenerative medicine, tissue engineering, patient-focused innovation

Dr. Pradeepkumar Sundarraj, PhD

Dr. Pradeepkumar Sundarraj, PhD

SCIENTIFIC & ENGINEERING ADVISOR

Mechanical engineering, thermodynamics, additive manufacturing, precision systems

Dr. Shashank Chetty

Dr. Shashank Chetty

CO-FOUNDER

Biomedical research, biofabrication systems

ECOSYSTEM & PARTNERS

Collaborations & Key Ecosystem Partners

Celutron collaborates with premier medical universities, incubation centres, clinical institutions, and government bodies to pioneer bioprinting technology.

INCUBATION
Crescent Innovation & Incubation Centre (CIIC)
VIT Vellore
Startup India
Crescent University
VS Hospitals
Yenepoya University, Mangalore
INCUBATION
Crescent Innovation & Incubation Centre (CIIC)
VIT Vellore
Startup India
Crescent University
VS Hospitals
Yenepoya University, Mangalore