Component population
Include every approved variant, tolerance, finish and batch condition—not only the nominal drawing.
Linear feeder selection guide
Choose a linear feeder from the production result backwards.
The right feeder is the one that delivers the required component, orientation and sustainable accepted rate at the machine hand-off within the available space and environment.
Search answerPart · output · buffer · interface
Direct answer
A / 01How do you select a linear feeder?
Start with representative components and define the required orientation, datum, sustained accepted output and release condition. Then determine the transfer route, useful buffer, sensing, controls, access and environment.
Drive size and track dimensions follow from the loaded tooling, part behaviour and performance target. Catalogue capacity or unloaded speed alone cannot confirm application suitability.
Select against accepted output at the final hand-off—not headline track speed.
What to consider
Six selection decisions that prevent rework.
Presentation result
Define the exact orientation, datum, spacing and condition the next process can accept.
Sustainable output
State accepted parts per minute over a representative period and include the demand pattern.
Buffer objective
Decide how many cycles or seconds the queue must protect during short replenishment interruptions.
Machine boundary
Agree the mechanical hand-off, sensors, signals, guarding and ownership with the integrator.
Trial evidence
Test representative parts and record interventions, recovery, rejects and the agreed acceptance method.
Decision checklist
Selection checklist for an initial enquiry.
01Part data
Photographs, drawings, dimensions, weight, material, finish, variants and samples.
02Process data
Required orientation, accepted rate, cycle pattern, buffer and reject criteria.
03Layout
Available footprint, heights, route, access, changeover and maintenance space.
04Controls
Supply, PLC platform, permissives, sensor preferences, modes and fault handling.
05Environment
Noise, cleanliness, contamination, temperature, washdown or special material requirements.
Practical rule
Use a measurable application brief.
Part + orientation + accepted rate + buffer time + machine interface + environment
Mark estimates as estimates. Trials can then resolve uncertainty before it becomes a performance assumption.
Questions answered
Linear feeder selection FAQs.
These answers support early planning. Final suitability and performance are confirmed against representative components and the agreed machine interface.
01What samples are needed to select a feeder?+
Use representative production parts across expected batches, suppliers and tolerances, including worst-case acceptable examples where possible.
02How is linear feeder length selected?+
Length follows from the physical route and useful buffer requirement while considering component pitch, queue behaviour, access and support.
03Should I specify parts per minute?+
Yes, but specify sustained accepted parts per minute at the final hand-off, the test period and the actual machine demand pattern.
04Can one feeder handle several part variants?+
Sometimes. Feasibility depends on shared datums, size range, tooling adjustment, change parts, controls and whether each variant can be verified reliably.
Application-led engineering
Need reliable parts at the hand-off?
Share representative components and the production requirement. The project team will help define a suitable route.
Request an application review