A company in the automotive industry was looking for a conveyor solution that would allow both the transport and the camera-based inspection of components. Standard conveyors did not offer the required clearance and could not reliably accommodate the varying contours and surfaces of the components. For precise quality inspection, a customized solution was essential.
Montech developed a specially adapted TB30 double-belt conveyor with clearance, enabling component inspection from below via a customer-installed camera system. The workpiece carriers, with components mounted on their underside, glide across the open section of the conveyor, allowing contours and surfaces to be captured with precision. In industrial manufacturing, such image-processing systems are crucial for ensuring quality standards and detecting defective parts at an early stage.
To meet the customer's specific requirements, the belt surface was raised by 10 mm and supported with appropriately designed belt backings. The distance between the two belts was individually adjusted to match the component geometry. This created an optimal combination of safe transport and precise component inspection. In addition, the components can be transported beyond the end of the conveyor without their contours interfering with the handling process—an important benefit for maintaining continuous material flow.
The result is a powerful conveyor system that integrates seamlessly into the existing production line while increasing accuracy, process reliability, and overall efficiency.
Montech developed a specially adapted TB30 double-belt conveyor with clearance, enabling component inspection from below via a customer-installed camera system. The workpiece carriers, with components mounted on their underside, glide across the open section of the conveyor, allowing contours and surfaces to be captured with precision. In industrial manufacturing, such image-processing systems are crucial for ensuring quality standards and detecting defective parts at an early stage.
To meet the customer's specific requirements, the belt surface was raised by 10 mm and supported with appropriately designed belt backings. The distance between the two belts was individually adjusted to match the component geometry. This created an optimal combination of safe transport and precise component inspection. In addition, the components can be transported beyond the end of the conveyor without their contours interfering with the handling process—an important benefit for maintaining continuous material flow.
The result is a powerful conveyor system that integrates seamlessly into the existing production line while increasing accuracy, process reliability, and overall efficiency.
