What output can Trigger Spray Cap Feeder Lid Feeding Equipment achieve?

The reference output for this machine is 20–25 BPM. Final throughput depends on bottle, cap, operator workflow and options selected.

Can Lancing UK confirm compatibility before supply?

Yes. Lancing UK can review bottle and cap samples, output targets and site constraints before confirming the final configuration.

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Pro cap feeding and orientation

Trigger Spray Cap Feeder Lid Feeding Equipment

Name: Trigger Spray Cap Feeder Lid Feeding Equipment
Brand: Lancing UK

Vibratory bowl trigger-spray cap feeding and placement equipment for bottles with soft dip tubes and awkward trigger closure geometry.

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Output20–25 BPM

ClosureTrigger caps approx. Ø15–35mm

ContainerBottle height approx. 10–280mm

Utilities110/220V 50–60Hz 250W

Trigger Spray Cap Feeder Lid Feeding Equipment

Machine intent

Trigger spray cap feeding and orientation before capping

This page is focused on trigger spray cap feeding equipment. It is relevant when the trigger closure shape or dip tube makes manual placement slow, inconsistent or unsuitable for the target line speed.

Best used when

The bottle, cap and output target fit this machine route better than a generic capper or a fully bespoke line.

Details to confirm

Send cap samples, bottle samples, closure dimensions, tube length where relevant and the target output so tooling and configuration can be checked.

Next step

Use the quote form or call Lancing to compare this machine against the other trigger capping and spray bottle capping options.

Machine overview

Key points for specification

Vibratory bowl trigger-spray cap feeding and placement equipment for bottles with soft dip tubes and awkward trigger closure geometry.

Vibratory bowl feeder sorts and presents trigger closures
Pneumatic gripper picks and places caps onto bottles
Dip-tube straightening assists with soft tube insertion
Useful where trigger caps are difficult to orient manually

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Applications

Typical project fit

This machine is normally considered where the closure family, output target and container format need a practical balance between automation, operator involvement and changeover flexibility.

Trigger spray bottlesCleaning-product linesChemical and household productsPersonal-care sprays

Specifications

Reference technical specification

Final machine configuration, guarding, conveyor height and options should be confirmed against your actual bottle and cap samples.

Machine model	LU-XG446S
Voltage	110/220V 50–60Hz 250W
Suitable cap size	Approx. Ø15–35mm
Suitable bottle height	Approx. 10–280mm
Working capacity	20–25 BPM
Package size	1420 × 680 × 1740mm main machine + 940 × 930 × 820mm bowl sorter
Package weight	Approx. 210kg main machine + 153kg bowl sorter

Before quotation

Information to send with your enquiry

Better samples and project data reduce guesswork and make the first proposal more accurate.

Bottle and cap samples

Send photos, drawings or physical samples showing cap diameter, closure style, thread and dip-tube length where relevant.

Output target

Confirm target bottles per minute or bottles per hour, plus whether the line is manually loaded or fully automatic.

Line layout

Confirm available footprint, conveyor height, upstream filling equipment and downstream labelling or packing stages.

Feeder validation

Prove orientation and tube protection with production closures

The reference feeder specification gives a starting point, but reliable operation depends on the exact trigger geometry, tube behaviour and required presentation angle. Sample trials should be part of final configuration.

Bulk behaviour

Confirm that closures separate without nesting, bridging or excessive tube tangling in the bowl and loading method.

Correct presentation

Define the trigger/nozzle orientation required at discharge and how incorrect parts are rejected or recirculated.

Transfer to the capper

Check track pitch, buffer, hand-off and tube clearance through the full route to the placement station.

Format flexibility

List all cap sizes and tube variants, then identify tooling, settings and verification needed for each changeover.

Reference range	Confirm each closure against the stated approximate 15–35 mm cap range rather than relying on diameter alone.
Reference capacity	Validate the stated 20–25 BPM working capacity with actual closures and the proposed transfer route.
Orientation quality	Measure correctly presented caps, recirculation, false accepts and jams during a representative run.
Tube damage	Inspect for kinks, stretching, flattening, cuts or entanglement after circulation.
Buffer/recovery	Check track capacity and restart after normal replenishment or short stops.
Changeover	Demonstrate tooling, settings, cleaning and first-off checks for each agreed closure.