How to choose a front/back labeller
Start with container shape, label material and output requirement.
Checklist
Routine maintenance helps front/back labelling machines stay accurate, reduce avoidable stoppages and keep labels applying consistently.
Daily checks should focus on label feed, sensor cleanliness, guides and obvious wear. Small issues can quickly become misfeeds, downtime or poor label placement.
Operators should record repeated faults so servicing can address the cause rather than only the symptom.
Weekly checks can include belt condition, roller alignment, fasteners, guards and control-panel settings. The exact schedule should match machine use and production environment.
Where products are dusty, wet or sticky, cleaning frequency may need to be higher.
Frequent changeovers can create problems if guides are moved without a recorded baseline. Format settings and operator training help avoid repeated trial-and-error adjustments.
Change parts should be stored cleanly and labelled clearly.
Service support is useful when faults repeat, label accuracy drops, sensors become unreliable or mechanical wear affects production. Preventive maintenance can reduce avoidable downtime.
Related routes
Use these pages to compare nearby machine routes, applications and buyer guides.
Start with container shape, label material and output requirement.
Choose the automation level that matches speed, footprint and budget.
Ask Lancing UK to check the best route for your pack.
Quick answers
Service frequency depends on machine use, environment and production criticality. High-use lines usually need more frequent checks.
Yes. Dirty sensors, worn rollers and poor guide settings can affect label placement.
Yes. Lancing UK can help with spares, servicing and practical aftercare routes.
Send pack photos, label sizes, target speed and current line details. Lancing UK can help shortlist the best front/back labelling machine route.
Fault-led maintenance
Recurring label drift or liner damage should be recorded before adjusting the machine. Note the head, job, roll batch, point in the reel and whether the fault appears only after a restart. This helps distinguish a changed material from contamination, wear or a mechanical setting that no longer holds its approved position.
| Label-path contamination | Photograph adhesive deposits or liner debris after safe access. State where they recur and which label material was running. |
|---|---|
| Uneven feed or liner damage | Identify the affected web edge and the stage where damage first appears. Retain a marked sample rather than sending only a finished rejected bottle. |
| Position drift | Record front and rear results separately and note whether the error resets after teaching, threading or a reel change. |
| Repeated sensor alarms | Record the active job, sensor type, label/liner construction and any material substitutions. A dirty sensor and an unsuitable sensing principle require different remedies. |
Do not assume they are safe for the machine. Cleaning agents and methods must be approved for the affected rollers, belts, sensors, guards and electrical equipment. State the adhesive and contamination problem to the supplier; avoid saturating components or using an aggressive solvent as a substitute for an approved cleaning method.
Stop and use the documented isolation and access procedure before cleaning, unjamming or maintenance. HSE’s maintenance guidance explains the need for competent work, suitable precautions and safe isolation; never reach into moving rollers or bypass guards.
For work following a broken liner, use the restart and pack-control guide. Send fault evidence through the existing servicing enquiry route.