Polyphotonix Limited

The Noctura 400 Sleep Mask is a novel and innovative treatment for Diabetic Retinopathy and Diabetic Macular Oedema, which are the serious and sight threatening complications of Diabetes. The mask offers a completely new approach to treatment of these conditions as it delivers a low level of light into the eye while the patient sleeps. It is non-invasive ...

Processes will be developed to produce a quantum dot based frequency modifying system for flexible light emitting sheets. New silicon based light emitting diodes will be developed with integral beam shaping and driving logic that will be integrated into a number of flexible substrates with emission spectra tailored to be compatible with the absorption cur...

PolyPhotonix Limited and the Centre for Process Innovation have developed novel light emissive devices that can be used in Fast Moving Consumer Goods such as greetings cards, Christmas decorations and advertising. They can also be used in medical applications for areas such as neonatal/postnatal jaundice, in wound healing and for cosmetic applications. Th...

PolyPhotonix is developing technology for printed electronics via a roll to roll printing technique. In order to allow PolyPhotonix's medical, point of sale or advertising light emitting devices to be manufactured in sufficient quantities, rotary screen printing is required. The commercially available inks that are currently available are not fit for purp...

PolyPhotonix Limited will design and build a bench top deposition tool that can manufacture flexible printed electronic devices using a novel material deposition method. The tool will be a pseudo roll to roll manufacturing tool which will simulate deposition processes occurring in a full scale roll to roll manufacturing process. This tool that PolyPhotoni...

The partners will use graphene to develop novel ink formulations that can be used within printed electronic devices. The properties of the graphene layers deposited will be characterised in detail along with the properties of the printed electronic devices manufactured.

The project partners will integrate printed electronics (PE) and conventional (CE) solid state electronics in order to improve functionality, reduce cost and increase scalability of a photonics based medical device. New methods will be employed in order to produce luminaires, printed sensors and PE/PE or PE/CE interconnects. These will be combined with co...

Project BAMBOO will develop a wearable and flexible phototherapy device for the treatment of a number of medical conditions including but not limited to wound healing, neonatal hyperbilirubinia or Psoresis. The device will be produced by printing methods it will incorporate sensors to allow the measurement of disease progression, monitor infection and man...

To embed capabilities to design, produce and certify medical diagnostic instruments based on OLED technologies to clinically assess patients with eye disorders eg retinal pathologies.

In this feasibility study, the ability to rapidly produce light emitting organic formulations with a tailored or bespoke emission spectra through intermixing of various emitter species will be undertaken. Instead of manufacturing long chain, multi-functional group, electroluminescent polymers with a complex, slow and expensive synthesis path, we will stud...

PolyPhotonix Ltd, an innovative UK SME, based in the North East of England will develop a prototype light therapy sleep mask "Noctura 500" for the treatment of wet age related macular degeneration (Wet AMD). The Noctura 500 concept results from earlier in-house R&D activities in the area of Organic Light Emitting Diode (OLED) technology. Through cooperati...

Polyphotonix is working with University College London to understand how the delivery of photonic treatments to the eyes can treat the condition known as Dry Age Related Macular Degeneration. In this project a feasibility study will be carried out in order to define the dose required for efficatious treatment of the condition and also a delivery method wi...