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CPAM:OCC offers comprehensive research, design, fabrication, and characterization services for Polymer Photonic Integrated Circuits (Polymer PICs). By combining advanced polymer materials, precision lithography, additive manufacturing, and integrated photonic design, we enable rapid prototyping and scalable manufacturing of low-cost, high-performance photonic devices.

 

Our Services

 

Polymer PIC Design – Design and optimization of waveguides, splitters, directional couplers, multimode interferometers (MMIs), Mach–Zehnder interferometers (MZIs), ring resonators, grating couplers, and passive photonic circuits.

High-Index Material Development – Development of UV-curable polymers, nanocomposites, and hybrid organic–inorganic materials with tailored optical properties for integrated photonics.

Rapid Prototyping – High-resolution additive manufacturing and lithography for rapid fabrication and iterative design optimization.

Micro- and Nanofabrication – Fabrication of polymer PICs using projection lithography, direct laser writing, nanoimprint lithography, and precision replication techniques.

Optical Characterization – Measurement of propagation loss, coupling efficiency, insertion loss, spectral response, and device reliability.

Packaging and Fiber Coupling – Integration of polymer PICs with optical fibers, light sources, detectors, and electronic interfaces.

Custom Device Development – Design and fabrication of application-specific polymer photonic components and prototype systems.

Technology Transfer and Process Development – Support for industrial adoption, pilot-scale manufacturing, IP licensing, and customized process development.

 

Applications

 

* Optical Interconnects

* Optical Communications

* Integrated Optical Sensors

* Lab-on-a-Chip and Biomedical Diagnostics

* Quantum Photonics

* Optical Signal Processing

* AR/VR and Wearable Optics

* LiDAR and Imaging Systems

* Flexible and Disposable Photonic Devices

* Optical Computing and AI Hardware

 

By leveraging indigenous materials, scalable manufacturing processes, and innovative photonic designs, CPAM: OCC is accelerating the development of next-generation Polymer Photonic Integrated Circuits*, providing a versatile platform for affordable, high-performance integrated photonic technologies.