Automatic Vibratory Finishing Machine Production Line

Rotomatic is suited for continuous running deburring, grinding, cleaning, deflashing and other surface treatment applications, all within a relatively small footprint. Every Rotomatic is equipped with INNOVA own High-Energy direct drive system. The innovative design of the Rotomatic's processing channel allows first-in / first-out processing with variable cycle times. With INNOVA you have the largest product range at your disposal. No other manufacturer can offer a comparable selection.Introduction   Automatic Vibratory finishing machine production line is one of the most commonly used processing machinery in mass finishing field, used for deburring, polishing, descaling, and surface improvement on metal and plastic parts The vibratory finishing process application usually combines creative process technology and innovative equipment engineering. Automatic Vibratory finishing machine production line have high equipment quality and reliable standards with a functional design. Besides, they offer a characteristics of easy operation and high degree of productivity. The machinery and system is extremely flexible and versatile mass finishing systems It can be used for all metals, many plastics, ceramics, rubber, wood, stone and glass and can help to achieve a wide range of objectives. Excellent results can be obtained for highly delicate and small components as well as for large and robust parts.   Working Principle   Vibratory surface finishing takes place in a work bowl placed on coil springs.  The vibratory energy is induced by a special vibratory motor that is mounted in the centre of the work bowl. The vibration creates the typical relative movement of media against parts. The continuous feeding of water and compound-also known as soap-support the finishing process. Frequently, vibratory finishing machine are equipped with an integrated separation flap and screen. This allows separating the finished parts from the media in the machine. Via the separation screen the parts are transferred to the machine exit or to a post-treatment system, for example, a dryer, while the media remains in the machine. Of course, automatic solutions indlucinding different types of material handling systems, along with per- and post-treatment unit are possible.