Caps & closures
Orient, inspect and deliver caps, lids, plugs and dispensing closures to capping, lining, assembly and packaging equipment.
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Application library
Component feeding for real production applications.
Explore how feeder selection, orientation, inspection and machine hand-off change across parts, industries and operating environments.
- Closures
- Fasteners
- Connectors
- Medical parts
- Packaging components
- Cosmetic parts
Application principle
The industry label does not select the feeder—the component behaviour does.
Industry requirements still shape the design: cleanability, surface protection, traceability, changeover, reject containment and documentation can all alter the system even when two parts appear geometrically similar.
Application sectors
Find the nearest component family.
Each page explains typical parts, credible feeder options, engineering risks and the information needed to move from enquiry to trial.
Fasteners, screws & nuts
Separate and present screws, nuts, washers, pins, rivets and inserts to automated drivers, presses, robots and assembly stations.
View applicationAutomotive components
Feed and verify clips, connectors, seals, plugs, terminals and moulded components for automotive assembly and sub-component production.
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Electronics components
Present housings, connectors, terminals, contacts and precision mouldings for electronics assembly, inspection and packaging.
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Medical & pharmaceutical
Controlled presentation of plugs, caps, diagnostic components, device parts and packaging components with attention to materials, cleanability and validation.
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Food & packaging
Feed packaging components such as lids, scoops, fitments, valves, pods and closures into filling, sealing, assembly and packing lines.
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Cosmetics & personal care
Orient pumps, caps, plugs, overcaps, droppers, wipers and decorative packaging components while protecting visible surfaces.
View applicationCross-industry method
Six questions define most feeder projects.
What is the part?
Dimensions, weight, material, finish, tolerances, variants and normal production condition.
How must it leave?
Required face, rotation, datum, pitch, spacing and discharge elevation.
What rate is required?
Sustained accepted output and the downstream machine cycle—not only a peak figure.
What can touch it?
Cosmetic faces, fragile features, hygiene and contamination restrictions.
How will the line react?
Buffer, stop/start logic, starvation, faults, rejects and recovery sequence.
How will it be accepted?
Representative sample set, test duration, interventions and measurable pass criteria.
Application FAQ
Common questions across component families.
Can the same feeder be used in different industries?
The technology may be common, but the product-contact materials, access, inspection, documentation and operating environment should be specified for the particular application.
Do you need every component variant for the assessment?
Yes, where possible. Dimensional, material, colour, finish and supplier variation can alter feeding behaviour, so the trial sample should represent normal production.
Can feeding and quality inspection be combined?
Yes. Sensors or vision can check orientation, presence, variant or selected defects before the accepted part is handed to the process.
Can a system be designed for future products?
A sensible adjustment range and future format envelope can be built into the brief, but unknown parts cannot be guaranteed. New formats should be assessed before release.
More useful routes
More component families with dedicated guidance.
Browse application pages for parts whose bulk behaviour needs specific assessment rather than a generic feeder recommendation.