Metal detection equipment checks for any metal-contaminated product during transport through the production line, diverting it from the production line if this occurs.
In addition, it includes multi-frequency technology that optimizes metal detection levels in a wide range of different conditions and products.

X-ray inspection equipment can be installed at different stages of a production line, both at the beginning with the bulk product, and during final processing or packaging, looking for contaminants such as metal, glass, mineral stone, bone. calcified and plastic.
With the technology used in Varpe's X-ray inspection equipment, most of the food industry's needs are met in the task of reliably detecting contaminants with certain morphological and density characteristics. We have a full scope of X-ray inspection system as Dual Energy, high definition, multilane and multi beam system

Varpe offers combined solutions that integrate checkweighers with complementary inspection elements such as X-Ray inspection equipment or metal detection systems. By combining these solutions, very complete quality control systems are achieved on a single machine, minimizing the space they occupy in the factory and improving inspection and contaminant detection processes during checkweighing.

Automatic weighing operation instruments (IPFAs), also known as dynamic weighing controllers, are equipment that, through one or more conveyor belts, weigh the products that circulate through them.
They are part of a quality control system and serve to ensure that all products leaving the production line are the right weight and meet packaging requirements.
Industrial checkweighers are metrological weighing equipment that determine product mass without operator intervention and that run a standard automatic process program that meets specific metrology directive (MID) requirements.

VIT4 is a program developed to store and manage the data generated by Varpe equipment during production in search of an Industry 4.0.
VIT4 is based on IoT (Internet of Things) concepts, which refers to a digital interconnection of everyday objects with the internet.
In manufacturing, the IoT becomes the Industrial Internet of Things (IIoT) - also known as Industry 4.0.
The IIoT uses machine-to-machine (M2M) technology to support all kinds of things from remote monitoring and telemetry to predictive maintenance.