Cambelt’s core business is built around its expertise in conveying dry bulk materials. Cambelt works with a range of some of the largest international companies as well as small regional clients as well as installations in 35 countries serving agriculture, cement processing, chemical processing, construction, and dry bulk cargo handling industries. Cambelt diligently works to develop solutions that address and resolve customer pain points to improve their plants’ efficiency and operation.
At the core of Cambelt’s technology is its unique proprietary one-piece flexible sidewall conveyor belting. Their belt design provides a structurally stronger material that achieves ultimate adhesion strength that can be transported up steep angles including vertical inclines. This proprietary technology is at the heart of all Cambelt conveyor systems which reduce transfer points and rotating equipment while providing an industry-leading footprint. This proprietary design differentiates Cambelt’s product offerings apart from competitors, like traditional trough-, screw-, and bucket elevators.
In Cambelt’s custom-engineered press, CamBelt™, CamWall™, and CamFlex™ conveyor belts are produced with the base belt, the sidewall, and the cleat or nubs molded together to form a homogenous belt with unsurpassed durability and achieve ultimate adhesion strength. Furthermore, Cambelt guarantees that its rugged, one-piece, homogeneously cured products will not delaminate.
As a vertically integrated conveyor solutions company, Cambelt is ideally positioned to engineer material handling systems to resolve our clients’ transportation challenges. In their engineered conveyor systems utilizing their proprietary belt allows Cambelt to transport materials horizontally, vertically, and back horizontally without any transfer points. Designing a system in this manner reduces the number of conveyors in operation while eliminating difficult transfer points, which can be dusty environmental concern areas.
In addition to their custom engineered systems, Cambelt had revolutionized the portable conveyor market with its Scorpion™ Tranloader product line. Cambelt’s Scorpion™ Tranloaders are self-powered conveyors designed for situations where it is impractical to have a fixed conveying system.
Due to its propriety belt technology Cabmelt’s conveyor systems are designed with significantly smaller footprints. The Scorpion™ Tranloaders loading to discharge point range between 20-27 ft, which is less than half of the industry-standard footprint. As transload sites become more compressed, Cambelt’s Scorpion™ Tranloader can help clients effectively unload in tight transload facilities where a longer conveyor can interfere with traffic patterns reducing overall facility productivity.
Another benefit of Cambelt’s mobile conveyor systems is their low-profile inlet, which requires less than 5-inches (127mm) of clearance, providing unparalleled access underneath railcars or any low clearance loading situation. These versatile units are easily moved between various operating lines and are designed to center load railcars enabling them to have the reach to load whatever is required of them.
Cambelt’s Scorpion™ Tranloaders are also environmentally friendly and have been engineered with dust-tight enclosures, minimizing environmental concerns. This design has been at the core of Cambelt’s history, as their conveyor housing is an integral part of the structural design of any Cambelt conveyor system.
Cambelt proudly designs, engineers, manufactures and assembles all its products in the USA. Cambelt’s most important asset is our employee’s dedication to working as a team with our clients to develop material handling systems to enhance the day-to-day operation of their facilities.
As a leading mobile belt conveyer manufacturer, we offer systems that make a difference in various industries. At the core of Cambelt’s technology is our unique and patented one-piece flexible sidewall conveyor belting. Our patented belt design provides a structurally stronger material that can be transported up steep angles including vertical ...