LU-XG1870 class
Compact inline screw capping machine
Use the published data to screen the project, then confirm suitability, tooling and acceptance with production-equivalent samples.
Open the Lancing specialist compact screw capper page →LU-XG1870-class compact capper
LU-XG1870-class compact inline screw capping machine.
A space-conscious conveyor-based screw capping route for compatible standard caps, spray closures and pump collars where guided transfer and practical changeovers are required.
Compact conveyor capping
Screen the bottle and cap against the published range, then test the complete transfer cycle.
The LU-XG1870-class route is intended for compact production areas where a short conveyor and adjustable capping arrangement can support compatible threaded closures. Cap geometry, actuator clearance, bottle stability and conveyor handover must be checked using real samples before the final machine scope is fixed.
Information Lancing needs
- Production bottle and closure samples
- Drawings and material details where available
- Required sustained output and batch pattern
- Finished-pack quality and test method
- Utilities, footprint and connected-line layout
Specification boundary
Published ranges are not acceptance guarantees. Packaging variation, cap placement, product residue, operator method and line conditions can change the final configuration and sustained result.
Plan a controlled acceptance test →Verified screening data
Published LU model-class specification.
The following values are taken from Lancing's current first-party specialist page. Approximate and format-dependent values remain explicitly qualified.
| Model reference | LU-XG1870 class |
|---|---|
| Cap diameter | 18–70 mm |
| Bottle height | Approximately 60–270 mm |
| Published working speed | Approximately 20–40 bottles/min, format dependent |
| Working pressure | 0.4–0.6 MPa |
| Electrical supply | AC 220/110 V, 50–60 Hz |
| Machine dimensions | Approximately 1120 × 580 × 1110 mm |
| Conveyor length | Approximately 1117 mm |
| Published application | Compatible sprays, pumps and standard screw caps |
| Integration | Bench-top or inline with a short conveyor, subject to layout review |
Process and limitations
What should be proved on a compact conveyor capper.
Bottle transfer
Confirm that the bottle enters, locates and leaves without tipping, rotating or colliding with guides at normal filled weight.
Closure clearance
Pump and spray closures require clearance around the actuator, collar and dip tube. The capping contact must not trigger or damage the dispenser.
Line handover
Where the machine connects to filling or labelling equipment, agree conveyor height, bottle spacing, accumulation and blocked-outfeed response.
Sample trial
Information to provide for the compact capping review.
- Bottle and closure drawings plus representative physical samples
- Filled bottle weight, centre of gravity and any flexible-wall behaviour
- Cap, pump or spray dimensions including actuator and dip-tube details
- Target sustained output and changeover frequency
- Available footprint, power, compressed air and conveyor interface
Confirm the final machine around your pack.
Send the actual bottle, closure, target output and acceptance checks. Lancing can review whether this model class is suitable or whether a different capping route is more practical.
Request machine advice