A food bag manufacturer approached us with a request for a checkweigher to be installed after their packaging machine. The goal was to detect whether the product weight met the required standards, thereby identifying underweight or overweight packages. Generally, integrating a weighing machine into a production line yields better results compared to manual feeding. This is because, in dynamic weighing, factors such as the position of the product on the conveyor belt and the uniformity of its weight can significantly affect accuracy. In a production line, the position of each product is nearly identical, whereas manual feeding can introduce variability.

A corn flakes manufacturer approached us with a specific need for a metal detection system in their production line. Their process involves using a multi-head weigher to portion out roughly equal amounts of corn flakes, which then pass through a metal separator to ensure no metal contaminants are present before packaging. They require a reliable metal separation solution to integrated into their existing workflow.

A factory specializing in plastic recycling approached us with a request to install a metal detector on their bottle cleaning line. The product to be detected is PET flakes in bulk form, and the metal detector needed to be installed on an overhead floor rather than on the ground. To facilitate understanding, their engineers provided a detailed model diagram and specified clear requirements, including the need for a flap rejection mechanism to remove flakes containing metal impurities.

A candy manufacturer approached us with a request to integrate a metal detector into their semi-automatic production line. According to the specifications they provided, the metal detector would be installed after the packaging machine. In their current process, workers place the candies into boxes, which are then sealed by an automatic sealing machine. The sealed boxes are transported via powered rollers to the conveyor belt of the metal detector. To ensure a smooth transition, we designed the metal detector's conveyor belt to be at the same height as the preceding rollers, minimizing any disruption to the workflow.