Motorized Driven Roller Conveyors
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Motorized Driven Roller (MDR) Conveyors are quickly becoming the industry standard for warehouses, distribution centers, postal sortation depots, and a variety of specialized applications. These 24V DC systems utilize rollers with an integrated drive motor, which powers coupled rollers within designated conveyor zones. The MDR design provides precise product control and improves energy efficiency by operating only when needed, reducing overall power consumption over the system’s lifespan.
MDR conveyors are highly versatile, enabling the transport and control of light to medium-weight packages or products. Each conveyor zone consists of a 24V DC motorized roller, multiple idler rollers, and a logic controller, allowing for individual or grouped zone control. These zones can be turned on and off dynamically as packages move through the system, ensuring efficient transport while minimizing wear and power usage. Additionally, logic controllers can be networked via Ethernet to create a fully integrated, responsive system.
We offer customized MDR conveyor solutions tailored to a wide range of package sizes and handling requirements, from small boxes and envelopes to skid and modular container systems. Whether you need a solution for high-speed sortation, accumulation, or controlled product flow, our MDR conveyors deliver reliable, energy-efficient, and adaptable performance.
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O-Ring MDR
O-Ring Motorized Driven Roller (MDR) Conveyors use a series of O-rings to transfer power from the motorized roller to adjacent rollers. This system is ideal for handling light to medium loads, providing precise control, quiet operation, and energy efficiency. It is well-suited for applications requiring modularity and flexibility in material handling.
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Poly-V MDR
Poly-V Motorized Driven Roller (MDR) Conveyors utilize a Poly-V belt system for superior torque transmission and smoother performance. Designed for medium to heavy-duty applications, this system ensures reliable and efficient movement of heavier loads while reducing noise and maintenance requirements.