Today, leading universities are focusing the power of Applied Photo Mechanics technology to research groundbreaking solutions and create new revenue streams.

	Rutgers University
	California State University, Chico
	University of California at Davis
University of California at Davis This research is focusing on applications of the infrared drying technology in the processing of two large food commodities of California, rice and onions. The goal is to improve the energy efficiency and the quality of the finished products as well as disinfest and reduce microbial counts in the dried products. The research will determine the optimum design and operation parameters of the infrared drier for rice and onion drying, disinfestations of rice, and reducing microbial loads of rice and dried onion. It will also develop recommendations for the practical applications of infrared drying technology for farmers and processors. The ultimate goal of the research is to investigate and quantitatively demonstrate the advantages of infrared drying technology in improving energy efficiency, product quality, and safety.

Medicine and healthcare: Eliminating airborne pathogens; sterilizing implants; treating skin diseases; revolutionizing oncology

Agriculture: Killing insects in products; drying grains in minutes instead of hours; stabilizing fruit to preserve flavor and freshness

Manufacturing and security: Sterilizing food, beverage, or pharmaceutical packaging; fixing and curing polymers; defending against bio-terrorism with air sterilization

Advanced Light Technologies will work with you collaboratively to help accelerate your research, prove out a process or design, develop a prototype device, even assist in finding funding. Our process patent allows you to patent your own device, which you can then license to a manufacturer to open a new revenue stream.

Your opportunities are almost limitless. So is your potential.