Feed system - Import export

Optical Sorting Systems are a widely utilized technology used within the food industry; most particularly used in processing harvested foods such as fruits and vegetables, most notably potatoes, and nuts. Optical sorting was designed to help improve product quality, maximize throughput and increase yields. Within an optical sorting system there are four main components, the feed system, the optical system, the image processing software and last the separation system. The optical system utilizes lights and sensors housed above and below the flow of the products being inspected. It works by using a combination of light and sensors to illuminate objects; and to do this Beam-Splitters are one of the optical components used. Within the camera used in the system a Beam-Splitter cube is used to divide the light source coming from a single lens, into different channels; and each channel is filtered to a specific spectral region Read PDF for more data

RNA and Asyril cooperate in the development and sales of Flexible Part Feeding Systems and Vibration Platforms. Asyril’s award-winning series of Asycube flexible vibrator feeders offers high performance part feeding, pre-orientation and optimal surface distribution of bulk parts and components.

We offer a state-of-the-art contract chemical blending facility comprising four five-tonne bespoke vessels that have been designed especially for us. Some of the vessels are mounted on load cells for increased accuracy and all are controlled from a fully-automated PLC control panel. The liquid blending tanks have been constructed from food grade 316 stainless steel and are fitted with fully-automated cleaning in place (CIP) regimes for hygiene purposes. Two of the vessels in situ have the unique capability of handling exothermic chemical reactions with inline plate heat exchangers and temperature control systems. These vessels are also fitted with direct acid and base feeds to minimise exposure of the liquid blending personnel. The chemical blending tanks can be fed by a double filtered UV treated mains water feed system, or alternatively, from a full deionised water plant complete with reverse osmosis that is generating water to a pharmaceutical specification.