Calculate required conveyor speed, line travel time, and throughput using part spacing and production rate. Useful for conveyor sizing, line balancing, and automation layout planning.
This calculator is useful for conveyor sizing, line balancing, part spacing checks, throughput planning, and automation line design. After determining required speed, use the conveyor motor sizing calculator to size the drive system.
It works best for continuous-motion conveyors with evenly spaced parts. It gives a fast first-pass speed target before deeper mechanical review.
This is useful for early conveyor layout, rate studies, line balancing, feeder timing, and confirming whether a conveyor can support the required production output.
Start with the required parts per minute based on production rate, takt time, or downstream equipment demand.
Use center-to-center part spacing or the minimum spacing needed to avoid product interference.
Use conveyor travel distance to estimate how long parts remain on the conveyor between stations.
After speed is known, move into motor sizing, gearbox ratio, roller RPM, and torque checks.
Enter part spacing, required production rate, and conveyor travel distance to calculate required conveyor speed and estimated travel time.
Conveyor speed is only one part of the design. After estimating speed, you usually still need to verify torque, roller diameter, gearbox ratio, motor sizing, and whether the conveyor can accelerate the load cleanly without slip or instability.
This is especially important when products are fragile, spacing is tight, or the conveyor feeds robots, scanners, fixtures, or downstream stations that depend on consistent timing.
This calculator assumes evenly spaced parts and continuous conveyor motion. It does not account for accumulation, indexing, product slip, acceleration zones, or start-stop conveyor effects.
Save setups, reload prior inputs, and reuse common checks.
Once the target conveyor speed is known, the next step is to confirm the drive system. That usually means checking motor power, output torque, gearbox ratio, roller RPM, and acceleration behavior.
If you are building or modifying a conveyorized automation line, connect with an integrator for help with conveyor sizing, drive selection, controls, and line layout.
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