Fasteners & fixings
Screws, bolts, nuts, washers, rivets, pins and threaded insertsHead, shank or feature orientation for assembly, counting, packaging and insertion.
Components and industries
Bowl feeder applications start with how the part behaves.
We assess the exact component set, production condition, required orientation and downstream process before recommending a feeding principle.
Application experience
Parts feeding across automated production.
These examples show common project types, not a promise of suitability. Representative samples and a defined acceptance test may be needed before final specification.
Caps & closures
Screw caps, overcaps, plugs, pumps and dispensing componentsOpen-side, thread or feature orientation before capping, lining, assembly or inspection.
Automotive
Clips, retainers, seals, bushes, connectors and mouldingsRepeatable presentation with optional feature inspection and controlled machine interface.
Electronics
Terminals, housings, insulators, contacts and connectorsCareful separation of small feature-rich components with sensor or vision confirmation.
Medical & pharmaceutical
Device parts, closures, dosage components and clean manufactured itemsMaterial, access, cleanability and validation requirements identified during specification.
Food & packaging
Packaging components, fitments, lids, scoops and line partsAutomated orientation and controlled supply for assembly and packaging operations.
Cosmetics & personal care
Caps, pumps, brushes, applicators and decorative mouldingsSurface-sensitive handling with format and cosmetic-quality considerations.
General manufacturing
Springs, bearings, plugs, fittings, buttons and bespoke componentsApplication-led feeding where bulk loose parts must leave in a repeatable pose.
Selection factors
Why the application matters more than the industry label.
A cap feeder and a fastener feeder use the same broad principle, but their risks can be completely different. A sharp metal component may wear tooling; a cosmetic closure may show rub marks; a spring may tangle; a moulding may vary by cavity; a medical component may need controlled contact materials.
For this reason, feeder choice follows component evidence and production conditions. Industry context informs safety, cleanability, documentation and material choices, but trial behaviour determines how the part can be separated and oriented.
“Can it be fed?” is only the first question. The real specification is: can every accepted variant be delivered in the right condition, pose and rate to the agreed handover point?
Common production outcomes
What the feeding system can support.
Assembly
Present parts to a robot, pick-and-place unit, indexing machine or insertion station.
Counting
Separate and detect individual components before batching or packaging.
Inspection
Orient features for presence, dimension, colour, profile or defect checks.
Packaging
Supply caps, fitments, scoops or other components to a packaging machine.
Machining
Deliver blanks or parts to loaders, nests, chucks and transfer mechanisms.
Testing
Present components consistently to electrical, leak, force or functional tests.