Buying guide
Powered Conveyor Buying Guide
How to choose the right powered conveyor system by product, load, footprint, speed and line requirement.
Conveyor planning guides
Guides
Use these guides to compare conveyor types, plan the layout, prepare quote details and avoid common transfer or access issues.
Productdimensions, weight and stability
Routestraight, curve, incline or buffer
Lineinterfaces, access and speed
Browse planning guides
Use the guides to prepare a better conveyor enquiry.
Use these guides to compare conveyor types, plan the layout, prepare quote details and avoid common transfer or access issues.
Layout checklist
Conveyor Layout Checklist
A checklist covering footprint, access, transfers, bends, elevations, guarding, controls and future growth.
Conveyor comparison
Belt vs Roller vs Slat Conveyors
Compare conveyor types by product stability, hygiene, load, speed, curves, transfers and maintenance.
Accumulation guide
Accumulation Conveyor Guide
When accumulation helps, how buffers are planned and what to check before adding accumulation to a line.
Quote checklist
Conveyor Quote Checklist
The details to send with an enquiry so the conveyor shortlist is based on real operating conditions.
FAQs
Planning guide questions
Where should I start?
Start with the product, route or problem you need to solve. The quote checklist then shows which details help us price the conveyor accurately.
Can Powered Conveyors UK help before I know the exact conveyor type?
Yes. Send product details, available space, speed target and any photos or layout sketches, and we will help narrow the conveyor options.
Why do conveyor types matter?
Different conveyor types solve different handling problems, so it helps to compare the product, route, transfer points, speed and space available.
Engineering library
Use the guides as one connected specification workflow.
Start with the buying guide, confirm dimensions and speed, review the layout and transfers, then define controls, safety, cleaning and quotation inputs.
Calculate the first principles
Use transparent equations for product pitch, surface speed, incline geometry, roller pitch, buffer time and drive-force components.
Draw the real interfaces
Check plan and elevation layouts, support gaps, guide transitions, sensors, access and component-removal routes.
Define controls and safe access
Record VFD range, machine interlocks, guarding boundaries, isolation and washdown conditions.
Build the brief around measurable conditions.
The initial enquiry does not need a finished engineering drawing, but it should separate confirmed data from assumptions. Record the load range, route, target flow, operating environment and interfaces. Unknown values can then be measured or tested rather than guessed.
Project review
Send the confirmed data and identify what is still unknown.
Lancing can use the product, route and operating information to define the next engineering checks and quotation scope.