DGT Solutions develops and produces feeding systems for a wide range of processes: feeding, delivering, guiding, arranging, positioning, separating, lifting, sorting to enable their subsequent handling and packing. Feeding systems receive the products in bulk, place them in the required position and supply them to the following stage of the production process at the speed and necessary rate for optimal functioning of the process.
It is possible to integrate measuring, weighing and test equipment into the component feeding systems.Request A Quote
Bowl feeders are used when a randomly sorted bulk package of small products must be oriented in a particular direction for further processing or handling. Bowl feeders orientate and feed your products carefully, at the same time guaranteeing a consistent and accurate flow of products for further processing or handling.
Step Feeders are perfect for gentle feeding of products for further processing or handling.
Because there is no vibration, there is little to no wear on parts fed through a step feeder. This makes the Step Feeder ideal for feeding fragile parts. Ideal for cylindrical, spherical and simple geometry products.
Silent and vibration free, our centrifugal feeders are particularly designed to guide and orient fragile and small products in plastic, rubber or metal. This type of feeders perform at very low noise levels, improving the work environment for the operator.
Every feeder accepts product from a separate bulk supply hopper or prefeeder. The hoppers can be mounted above both the vibratory bowl feeder and the step feeder. This addition will significantly extend refill intervals for the products that will pass through the feeder.
Linear feeders convey products over short or relatively long distances, thereby creating buffer storage. Linear feeders function as the interface between the sorting devices and the downstream supply units.
The separators/filters allow the separation of the material to be conveyed according to size for the coarse separation of difficult-to-screen materials