High-End Unit for the Broadest Range of Application

The HC-A is the flagship of the WIPOTEC-OCS check weighers and offers an impressive array of technical advantages. Depending on the application, it achieves an output of 650 pcs/min and is easy to integrate wherever the highest reliability, precision and speed give you a crucial productivity advantage. There are hardly any limits to the modularity and customization of the HC-A machines. HC-A check weighers are used primarily in the food and pharmaceutical sectors. These checkweighers are well suited to complex multiple lane applications, or the ultra-fast weighing of very lightweight products such as individual pills, stick packs, and vials.

In terms of precision and throughput, check weighers of the HC-A series are the logical response to meet the demands of modern, dynamic weighing technology. The machines provide the controls and engineering to create the ideal platform for implementing the complex regulation and control tasks. The HC-A is the basis for high-end application-oriented systems that provide a maximum of 600 values per minute with 100% product monitoring.

This model significantly extends the appli­cation possibilities of the WIPOTEC-OCS product line, especially for high-end applications. In particular, the advanced solid stainless steel frame ensures extremely accurate weighing results at very high transport speeds or throughput rates. The modular design facilitates the implement­ation of custom solutions for a variety of product geometries and forms.

The sophisticated and wide selection of sorters (pusher, air blast, etc.) is designed to reliably eject products with incorrect weights with res­pect to packaging. The HC-A is characteri­sed by its comprehensive product hand­ling. For example, the top runner belts safely perform acceptance and accele­ration of folded cartons just as the me­tering screw and lateral pressure belts safely separate and accelerate vials and bottles. The HC-A supports your efforts to minimize costly overfilling with a number of optional functions.