Inspection, Weighing and Traceability Equipment
For online visual screening after the capping station. Confirm bottle and cap samples, color and reflection, visible defect types, camera views, line speed and pitch, false-reject requirement, reject location and line stop logic. Validate the boundary with good, missing-cap and graded skewed-cap samples.
This reference helps explain possible stations and process relationships. Final layout, configuration and capability follow the agreed samples and technical list.
Selection guide
Start by checking container, product, size and output.
For online visual screening after the capping station. Confirm bottle and cap samples, color and reflection, visible defect types, camera views, line speed and pitch, false-reject requirement, reject location and line stop logic. Validate the boundary with good, missing-cap and graded skewed-cap samples.
Use good samples and graded defects to establish visible limits, then check reflection, obstruction, triggering and container pitch on site. Develop decision rules only for the agreed defect scope.
Selection guide
Photos, key dimensions, and packaging material details are enough to start; if details are incomplete, we will review the direction first.
Selection guide
Online automatic inspection; multi-angle cameras, rejection and data correlation configured per project
Bottles and jars with screw caps, press caps, pump heads or similar closures
Packaged products after capping or screw capping
Caps, pump heads, tamper-evident rings and bottle neck areas must have detectable features
Product trigger, cap imaging or sensor detection, rule judgment, alarm and rejection
Confirmed based on samples, cycle time, process time, upstream/downstream speed and final configuration.
When cap color, shape or bottle height changes, guides, cameras and inspection recipes need adjustment.
Multi-angle inspection, tamper-evident ring check, OCR, torque test interface and traceability archiving are optional modules.
Confirmed based on export region, drive structure, site layout and final configuration.
Positioned after screw capping or press capping, can connect to labeling, coding, sealing and case packing stations.
Please provide good, missing-cap and skewed-cap samples, cap specifications, line speed, bottle pitch, false rejection requirements and rejection location.
Photos, drawings, or samples help confirm diameter, height, stacking, and sealing contact surface.
Material, thickness, easy-tear or leak-proof requirements affect sealing temperature, pressure, and tooling.
Hourly capacity, manual or automatic feeding, conveying, and downstream packaging determine final configuration.
Configuration Selection
Define missing-cap and skewed-cap severity first. Use real bottle and cap samples to compare camera positions, visible features, rejection methods and upstream/downstream interlocks.
First accept filling and sealing according to the agreed method; appearance screening is only a project option and cannot replace leak or peel testing.
Plan inspection and rejection positions together. Verify identification, tracking, rejection or line-stop actions and the destination of abnormal packs item by item; a screen result alone is insufficient.
Inspection, Weighing and Traceability Equipment
Selection guide
Please provide good, missing-cap and skewed-cap samples, cap specifications, line speed, bottle pitch, false rejection requirements and rejection location.
No. Multi-angle inspection, tamper-evident ring check, OCR, torque test interface and traceability archiving are optional modules. All need separate confirmation per project scope.
Cannot promise without actual samples and line conditions. Speed, compatibility range, tooling quantity and acceptance criteria are based on sample testing and final technical proposal.
Provide sample details
Send photos of normal products and the abnormal area, the defects you want to check and the line conditions. We can first review visible features and station options, then identify the samples needed for trials.