Application review covers the full size, material and finish range.
Application · fasteners & fixings
Present fasteners with the feature the process needs.
Maintain head, shank, thread or face orientation through a controlled track and release sequence for assembly, counting, inspection or packaging.
Application inputPart · orientation · rate · interface
Track and queue conditions are tested against realistic variation.
Escapement and sensing match the receiving process.
Typical behaviour
A / 01Small geometry differences can change the entire feed path.
Fasteners can roll, overlap, interlock or bridge depending on head form, thread, length-to-diameter ratio and surface condition. A stable inline track must preserve the selected datum without allowing the queue to climb or cross.
Oiled, coated or plated parts should be tested in the production condition because friction and sensor response may differ from clean development samples.
Include every finish, supplier and dimensional variant that the system is expected to accept.
Common tasks
Where linear presentation supports the process.
Automatic assembly
Present the fastening feature to a driver, insertion unit, press or robotic tool.
Counting & batching
Create controlled spacing or an escapement event for verified pack quantities.
Inspection
Stabilise the part for presence, dimensional, thread or vision checks before release.
Multi-station supply
Feed parallel tracks or divide presentation where the part and process permit.
Trial focus
Challenge the track with the difficult parts.
Worst-case samples are often more useful than a large quantity of hand-picked good parts. Include burrs, finish variation and known problem batches where safe to do so.
- Minimum and maximum dimensional tolerance
- Different plating, coating or lubrication conditions
- Head and shank geometry changes
- Bent, burred or malformed reject examples
- Required thread protection and marking limit
- Escapement response under a full queue
Common questions
Linear feeder questions, answered.
Practical guidance for an early project review. Final design and performance are confirmed against the actual application.
01Can a linear feeder present screws point-first?+
Potentially. The required head and point orientation, screw geometry, track profile and downstream release must be assessed together and proven with representative parts.
02How are washers prevented from overlapping?+
Track width, support, cover clearance, transitions and queue pressure are designed to discourage overlap. Thin or flexible washers may need additional control and application trials.
03Can coated fasteners be fed without damage?+
The contact material, finish, speed and accumulation condition can be selected to reduce marking, but the acceptable cosmetic or functional standard must be defined and tested.
Start with the component
Need a stable path to the next machine?
Send a part photo or drawing, the required orientation and sustainable rate. We will help define the right linear feeding approach.
Request an application review