Sorting systems are an essential part of intralogistics for controlling the flow of goods and maximizing process efficiency. The correct selection and adaptation of sorting components is therefore crucial for flexible, reliable and cost-efficient conveyor logistics. With Festo, you can implement fully automated conveyor systems with maximum throughput without compromising on precision or reliability.
The ongoing boom in e-commerce, increasing omnichannel logistics and the growing demand for just-in-time deliveries are create new challenges for intralogistics. Efficient sorting and conveying technology must therefore be able to react quickly, flexibly and reliably to changing products, sizes, shapes and weights. We show you how!
The benefits to you:
Arquemino Lopes Junior, Industry Segment Manager Intralogistics at Festo, speaks about the importance of bin picking and how this technology improves efficiency and flexibility in intralogistics.
Optimise your intralogistics with data-based decisions. The Festo Automation Experience (Festo AX) software uses artificial intelligence to extract all the added value from your system data. This allows you to increase productivity and avoid quality losses.
An automated conveyor system is a mechanical device that automates the transport of goods, products or materials in a warehouse, production facility or logistics environment. It moves items efficiently between different points and is able to control and optimise processes, which in turn increases productivity and reduces manual labour.
There are different types of conveyor systems, including belt conveyors, roller conveyors, chain conveyors, vibratory conveyors and modular systems. Each type is designed for specific transport requirements, from light, fast goods to heavy loads, and can fulfil different functions such as sorting, distributing or collecting.
Conveyor systems work by moving conveyor belts, rollers or chains that are driven by motors or pneumatic drives. Sensors and control units ensure that the goods take the required route and stop at the designated points or are transported onwards. Modern systems are often equipped with automation technologies to control the material flow precisely and efficiently.