Alphamation - Component Handling and Equipment Systems

Alphamation provide a wide range component handling and equipment systems, our expertise has led to us reach favoured supplier position to some first level automotive and plastic component manufacturers.
Alphamation are specialists in component feeding and handling of mass produced parts, nuts, bolts, studs. lids, stampings, pressings, castings, forgings, mouldings, clips, brackets, tablets, pills, lozenges, foods stuffs, powders and plastics.
Please follow the links below and read through our products and services.
Vibratory Bowl Feeders
Alphamation provide our electrically operated bowl feeders which are based on resonant frequency vibration. Power-driven by encapsulated electro-magnetic coil driving throughout a sequence of laminated fibre glass leaf springs.
Vibratory Linear Feeders
Alphamation manufacture a broad range of vibratory conveyors and vibratory feeders, either with mild steel trough sections or stainless steel.
Reciprocating Stepped Feeders
Alphamation offer a wide range of reciprocating stepped feeders which operate on the principle of a series of interrelating blades that raise the components from the integral bulk hopper.
Billet Feeders
Alphamation offer three types of billet feeders: Hydraulically, motorised or pneumatically operated. The type to be applied depends on billet size.
Weld Nut Feed Systems
Alphamation provide weld nut feed systems which integrate the most modern design features which provide superior accuracy and alignment of nut placement.
Belt Elevator Feeders
We provide slatted belt elevator feeders which are appropriate for the selection, orientation and feeding of components to automatic machines, or for bulk loading of components to vibratory bowl feeders and hoppers.
Vibratory Spiral Elevators
Our vibratory spiral elevators are intended to raise up bulk materials in a broad variety of forms - powder, granules and components.
Centrifugal Feeders
Our wide range of centrifugal feeders do not vibrate and function by a constant rotary motion.