Design & Processing Resources Incorporated has become known as a leader worldwide in the processing industry. We provide our customers with flexible, efficient and innovative solutions to the full range of food, pharmaceutical, nutraceutical, and organic processing needs, from stand-alone equipment to fully automated processing lines. Our range of products includes Firex kettles, Firex cook / chill systems, cook / quench / chill, cook tanks, Firex tumble chillers, cooling vessels, depositors and a complete line of packaging equipment. As acknowledged market leaders, we continually aim – through active research and development – to look ahead, planning to meet the needs of the future.
To demonstrate our commitment to working with our customers we have built a state-of-the-art product development kitchens. The facility comprises a purpose built food factory with fridge panel walls,concrete floors and stainless steel drains. The unit is equipped with fully operational industrial size cooking,cooling, mixing and cook /chill equipment which is available for trials, product development or hire. In addition there is a domestic style kitchen/leisure area which can be used for tasting, training and discussion.
Customer satisfaction is our mission. We involve our customers at every stage of manufacture working closely with you from initial consultation through to final installation, to ensure that our solutions work. Using state-of-the-art 3D modeling design software, we can create an on-screen simulation of a new plant, enabling a walk through it before it’s even built. We ensure that our equipment is ideally suited for the job in hand, meets all HACCP regulations, and complies with a customer’s own quality assurance and product traceability systems, integrating with existing equipment as necessary. The result is a system that will deliver many years of reliable, cost-effective service, backed by superb after-sales support. Our experienced engineers draw upon a comprehensive spares stock holding to ensure down time is kept to an absolute minimum.