Start with the closure
The closure family decides whether a simple torque head, spindle capper, pump route or trigger sprayer route is realistic.
Buyer guide
Use this buyer guide when you need to move from a general capping-machine search to a practical shortlist based on bottle, cap, throughput and available space.
The closure family decides whether a simple torque head, spindle capper, pump route or trigger sprayer route is realistic.
Lightweight bottles, tall packs and shaped containers often need guides, side belts or trials before final selection.
State bottles per minute or bottles per hour, shift pattern, operator involvement and whether cap placement is manual or automatic.
Shortlist route
Use these checks to decide whether the project is a semi-automatic, compact or automatic inline capping route.
| Project signal | Likely route | Why it matters |
|---|---|---|
| Short runs and changing caps | Semi-automatic screw capper | Low capital cost and straightforward operation where operators can present bottles and caps. |
| Growing production with repeat SKUs | Compact or automatic screw capper | Improves repeatability and reduces hand tightening before a full line is justified. |
| Continuous round bottle production | Inline spindle capper | Side belts and spindle wheels help apply repeatable torque while the bottle moves through the line. |
Related routes
FAQ
Send bottle samples, cap samples, target output, bottle height range, cap diameter, product type and any torque or presentation requirement.
No. A spindle capper is strongest for repeatable screw-cap tightening on suitable bottles, but pumps, triggers or low-volume work may need another route.
Yes. A short project brief is enough to narrow the route before confirming a specific capping machine model.
Ready to shortlist?
Lancing UK will help identify whether you need a semi-automatic capper, compact capper, inline spindle capper or specialist cap feeding route.