At SECON Components we deliver high-performance Roller Loading Systems For Trailers And Loading Docks, engineered to optimize the movement of bulk, palletised or unit loads with speed, safety and minimal manual intervention. Our solutions include built-in roller-bed systems and pneumatic roller-track modules, tailored for seamless loading/unloading of trailers, semi-trailers or docked trucks. For instance, a roller bed system enables a trailer floor to transition into a live roller surface, either permanently integrated or deployable at the dock, significantly reducing transfer time.
Designed to integrate into industrial operations, our roller systems provide:
- A lowered work profile, retaining maximum internal trailer height and enabling full-use of transport volume.
- Motorised or pneumatically actuated roller lanes, allowing single-operator control to raise or lower rollers for smooth roll-in/roll-out.
- Safe transitions and load control: features like automatic lowering of rollers on vehicle movement, built-in stops or ramps at the trailer door-edge, and low-maintenance designs to minimise downtime.
- Compatibility with varied load types: pallets, crates, ULDs (unit load devices), industrial containers or bulk goods – while also supporting integration with dock conveyors or transfer stations.
Our roller loading systems are particularly well suited for operations where fast turnaround matters, forklift access inside trailers is restricted or where throughput must be maximised. The incorporation of a roller-bed means that loads can be moved horizontally without tipping, removing the need for traditional forklift driven inside the trailer body — thereby improving safety and reducing labour costs.
Choose SECON Components as your partner for roller loading systems that are robust, efficient and customized to your dock and trailer infrastructure. We handle end-to-end supply: design, manufacture, installation and commissioning — ensuring your loading dock and trailer fleet operate at the highest standard of performance and reliability.
