Storage volumes are increasing everywhere. Laidig can help create solutions for unique recycling and waste management applications.
From carpet scraps, to granulated vinyl, to plastic flake and other recyclable goods, Laidig has found a way to store and handle unique materials at large volumes for a growing number of customers.
Laidig's ability to test any material and its behaviors first-hand is what sets us apart in these applications. Our dedicated Research and Development team is able to look at nearly any material to see how it can best be stored. We've helped several globally-recognized companies reliably reclaim and unload some of the hardest-to-handle materials, like sludge, shredded textiles and various wood wastes from the furniture industry.
If you don't see your material listed above, we are ready and willing to work with you toward pioneering a solution for it. Because of the highly specialized nature of some of these distinctive applications, it's best to contact our Sales Team so they can guide you through selecting the right system.
Which System is Right for You?
There are several different systems we can custom-design for you depending on the nuances of your material and storage specifications. Learn about our unique systems for these industries here:
Cantilever
The Cantilever storage and reclaim systems are designed to accommodate a wide range of material applications in flat-bottom vertical storage structures. Laidig’s Cantilevers are either hydraulically or electrically driven and may be designed with single or dual augers, depending upon the application.
Cone-Bottom
Our Cone-Bottom systems provide fully automated reclaim of materials with moderate-to-poor flow characteristics. It offers unique access to all serviceable equipment, allowing for zero-entry maintenance even in a full silo. Systems can be designed for 30, 40, 45, and 60-degree hoppers.
Track-Drive
The heavy-duty Track-Drive reclaim systems are designed for automated, continuous operation under the most challenging conditions. When higher-volume delivery is required, or when handling materials with poor flow characteristics, track-driven reclaim systems are often the optimal solution.