Measure the T‑cork and bottle neck
Identify the bottle bore, internal profile, closure shank and sample variation that must be checked before tooling and insertion settings are accepted.
Buyer and engineering answers
What should buyers and engineers ask about T‑cork capping?
A useful T‑cork decision starts with the bottle-and-closure pair, the accepted finished pack and the production sequence. This resource groups the questions that expose fit, feeding, support, appearance, output, recovery and acceptance risks before equipment is ordered.
Question map
Start with the buyer task that matches your project.
Each guide gives a direct answer first, then the measurements, variables, limitations and evidence needed to turn the answer into a reliable machine specification.
Prepare bottles and closures
Control neck condition, product residue, sample storage and production state so the trial represents the real capping process.
Orient and protect decorative tops
Define logo direction, top contact areas, feeding feasibility and the cosmetic inspection required for premium packs.
Plan stops, restarts and rejects
Specify what the feeder, press, bottle controls and adjacent machines should do when production is interrupted.
Assess retention and removal force
Separate insertion position from packaging retention and define a test method that can be repeated across batches.
Plan a sample trial and FAT
Turn the bottle, closure, format range, finished appearance and line behaviour into a controlled acceptance record.
Question index
Find the answer by project stage.
| Project stage | Questions to resolve | Best page |
|---|---|---|
| Closure and bottle fit | Which dimensions matter, how much variation should be sampled, and can drawings replace physical bottles? | Measurement guide |
| Pack condition | Should necks be dry, can product residue alter the result, and should trials use filled bottles? | Preparation guide |
| Premium appearance | Can a logo be aligned, can the top be bowl fed, and how should scuffing be inspected? | Decorative-top guide |
| Automatic sequence | What happens at low feeder level, after a fault, or when a bottle has a partly inserted closure? | Line recovery guide |
| Retention evidence | Does finished height prove retention, who sets the pull-out criterion, and when should it be measured? | Retention guide |
| Machine selection | Should the project use semi-automatic, linear automatic or rotary equipment, and how should useful output be compared? | Machine range |
| Fault diagnosis | Why does the closure tilt, stop early, spring back, become marked or vary through the batch? | Troubleshooting guide |
| Quotation and acceptance | Which samples, drawings, format data, controls information and acceptance criteria should be supplied? | Project enquiry |
Evidence boundary: final suitability depends on the real bottle, closure, product condition and machine configuration. The guides explain what to measure and test; they do not replace a sample trial or application-specific risk assessment.
Application review
Turn the unanswered questions into a machine brief.
Send representative bottle and closure samples, the accepted finished result, production output, format range and line layout to Lancing.
Additional buyer questions
Questions that now have a dedicated answer page.
These topics deserve more than a short answer because the buyer needs a decision process, evidence list or site-specific boundary before ordering equipment.
Which T‑corker suits a small distillery?
Use this when the decision is about moving from hand insertion to controlled pneumatic or semi-automatic pressing.
What do the technical terms mean?
Clarify shank diameter, bottle-neck bore, finished height, insertion depth, escapement, chuck and accepted good output.
How should the bottle be supported?
Focus on neck alignment, base stability, tool contact and change parts before changing press settings.
Additional questions now answered
New T‑corking questions for buyers and production engineers.
The latest answer pages expand the resource from machine selection into application-specific handling, output, quality and line-integration questions.
Which T‑corker suits gin bottles?
Use this when bottle shape, decorative tops and launch batches drive the decision.
What should be inspected after insertion?
Define finished height, straightness, top condition, reject handling and retention evidence.
What limits real output?
Understand how accepted bottles per minute differs from isolated machine cycle rate.