Where Light Meets Precision, and Science Meets Scale
At PhotonicR, we are redefining how photochemical processes are designed, optimized, and scaled. Built on a strong foundation of scientific research and engineering innovation, our team develops advanced photoreactor systems that combine precision photon control with practical scalability. Originating from NIT Patna, our technology addresses critical challenges such as inefficient light utilization and poor scale-up, enabling reliable performance across research and industrial applications. We aim to empower scientists and industries with tools that transform complex photochemistry into efficient, reproducible, and scalable solutions.
Our Mission
To pioneer breakthroughs in photochemical engineering by providing researchers and industries with precision-driven, scalable, and reproducible batch-flow systems that redefine safety and efficiency.
Our Vision
To be the global leader in photonic engineering, enabling sustainable chemical transformations through innovative light-based technology that powers the next generation of industrial manufacturing.
Batch-Flow Photoreactor (PRm2)
Our flagship system is engineered to solve critical challenges in photochemistry, enabling precise photon control, uniform irradiation, and seamless scalability from laboratory research to industrial applications.
Engineered for Scalable Photochemistry
The PRm2 batch-flow photoreactor integrates advanced photonic engineering with a falling film mechanism to ensure maximum light exposure and consistent reaction conditions. Designed by researchers and engineers, it enables reproducible results while eliminating traditional scale-up limitations in photochemical processes.
Its modular architecture allows seamless transition from milligram-scale experiments to industrial production without compromising efficiency or performance.
Explore Technical Details
Photon Precision
Controlled light intensity and wavelength for optimized reaction performance.
Linear Scalability
Modular system design ensures consistent results across all production scales.
Reaction Time
Light Intensity
Circulation Rate
Temperature
Precisely control critical reaction parameters to achieve reproducible, scalable, and high-efficiency photochemical outcomes.
Precision Engineering.
Scalable Innovation.
At PhotonicR, we design advanced photochemical systems with a strong focus on precision, reliability, and scalability. Every component — from photon delivery systems to reactor architecture — is engineered to ensure uniform light distribution, consistent reaction conditions, and seamless scale-up across applications.
Research-Driven
Built on scientific research and real-world laboratory requirements.
Validated Systems
Engineered and tested for consistent, reproducible performance.
Ready to scale your photochemistry?
Discover how PhotonicR’s batch-flow photoreactors enable precise photon control, reproducible results, and seamless transition from lab-scale experiments to industrial production.