Quick Answer: The Conveyor Belt is a desktop educational conveyor, listed in the Stem Kits range with Dobot robotics equipment, that carries small parts along a powered belt for automation training. Students use it to study material flow, belt speed and position tracking, and to feed parts to a robot arm or a sensor station.
How a Belt Conveyor Moves Material
A belt conveyor is an endless loop of belt stretched between two rollers. One roller is driven by a motor; friction between that roller and the belt pulls the belt round, and friction between the belt and the part carries the part along. On this conveyor belt students can see each link in the chain and find out what happens when one of them slips, for example when a part is too smooth or the belt too loose.
Once the speed is set, the belt becomes a measuring tool: a part’s position is simply the belt speed multiplied by the time since it passed a reference point. That idea, called tracking, lets a program predict where a part will be and trigger a gate, a sensor reading or a robot pick at the right moment without stopping the line.
This listing and the separately listed Dobot Conveyor may overlap. Confirm whether this is the same unit or a different pack, and which accessories it includes, before ordering.
Specifications
| Type | Motor-driven desktop belt conveyor for automation training |
| Drive principle | Motor-driven roller pulling an endless belt by friction |
| Controls taught | Start, stop, speed and direction from a controller or robot software |
| Typical partners | Desktop robot arm, object sensor, colour sensor |
| Pack contents and controller compatibility | Confirm at enquiry |
Care & Handling
- Check that the belt runs centred on both rollers; a belt that drifts to one side needs its tension or roller alignment adjusted as the manual describes.
- Wipe the belt with a slightly damp cloth and let it dry; avoid solvents that harden or swell the belt surface.
- Switch off before reaching near the rollers, and keep long hair, loose sleeves and lanyards away from moving parts.
- Do not load the belt with heavy objects; use light blocks of the kind designed for desktop robotics.
Applications
- Speed and tracking experiments: time a block over a marked distance and compare the result with the speed set in software
- Feeding parts to a robot arm for pick-and-place or sorting
- Sensor-triggered stop-and-go routines that model an assembly station
- Discussing friction, belt tension and slip in engineering science lessons
Why Choose LabEquip
Automation trainers often buy an extra conveyor so that two groups can work at once, or so one arm can be fed from two directions. LabEquip lists it in its range of STEM kits next to the Production line Packaging set; send your existing robot model through the contact page so compatibility can be confirmed.
Frequently Asked Questions
Why does a part sometimes stop moving while the belt keeps running?
The part is slipping. Smooth or heavy parts, a dusty belt or a part catching on a side guide can all break the friction grip. Cleaning the belt and using light blocks with a flat base usually solves it.
How can the belt be used to teach speed?
Mark two points on the frame, time a block between them and divide the distance by the time. Repeat at different speed settings and plot measured speed against the set value to check whether the relationship is linear.
What is tracking on a conveyor?
Tracking means calculating where a part is from the belt speed and the time since it passed a sensor. It lets a robot or gate act at the right moment while the belt keeps running, which is how fast production lines avoid stopping for every part.
Is this the same product as the Dobot Conveyor?
The two listings may overlap. This page is listed simply as a conveyor belt, so confirm when you enquire whether it is the same unit, a different model or a pack with extra accessories, and avoid ordering a duplicate.
What should I do if the belt drifts to one side?
Switch off, then adjust the tensioning or roller alignment evenly on both sides as the manual describes, and run the belt slowly to check. A drifting belt wears its edges and can jam.
Can the belt run in reverse?
Educational conveyors driven from a controller can usually have their direction set in software. Reversing is useful for returning parts to the start or for sending items back to an earlier station.
Last Updated: September 2026
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