A conveyor configurator designs and prices a system by selecting length, belt or roller type, load capacity, speed, drive and motor, and incline, while the engineering rules calculate belt pull, size the gearmotor, and validate throughput so every quoted conveyor will move the rated load.
The real selections behind a material-handling system
Straight, curved, inclined, and multi-section runs with frame width, support legs, and transfer points assembled into one system.
Flat belt, modular plastic, cleated, rough-top, gravity roller, and powered roller selected for the product being handled.
Load per foot and per zone with belt tension and frame capacity checks to keep the system within structural limits.
Belt speed in FPM and units-per-minute throughput, with variable-speed options and accumulation logic.
Gearmotor sized to required belt pull, center or end drive, VFD options, voltage and phase, and brake or backstop accessories.
Incline and decline angles validated against product slip limits and belt surface, with nose-over and transition sections.
Design and quote systems faster, without re-engineering every layout
Belt pull and motor power are calculated from the layout and load, so systems are never under-powered or oversized.
Sales engineers assemble multi-section systems and generate a layout drawing without CAD time per quote.
Speed, capacity, and incline limits are enforced, so the quoted system meets the customer's rate requirement.
Each system yields a BOM and layout. See it within the industrial equipment configurator platform.
Connect conveyor configuration to engineering, pricing, and production
New to this? Read what is a product configurator or compare configure-to-order vs engineer-to-order.
See how Ignitionary turns length, load, and incline into validated, priced, build-ready conveyors.