Shrink tunnels
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Open page →Steam tunnels
Steam tunnels are often considered for shaped containers and full-body shrink sleeves because controlled heat distribution can help the sleeve shrink around curves and shoulders.

Best-fit applications
The tunnel should be specified at the same time as the sleeve applicator. A good steam tunnel route considers utilities, ventilation, line speed, shrink quality, container shape and operator access.
Specification checks
Good sleeve applicator selection starts with the real pack, the real sleeve and the target output. The checks below help narrow the applicator, conveyor and tunnel route before a quotation is prepared.
Related pages
These pages help connect the search route to the correct machine family, application type or quotation checklist.
Continue comparing the machine, application and project details for this sleeve applicator requirement.
Open page →Continue comparing the machine, application and project details for this sleeve applicator requirement.
Open page →Continue comparing the machine, application and project details for this sleeve applicator requirement.
Open page →FAQ
No. Steam can be excellent for some shaped packs, but electric or hot-air tunnels may be better for other products and site conditions.
It depends on site utilities. Some projects use existing steam and others require a generator or alternative tunnel route.
It can if the pack is sensitive. Samples should be checked for distortion, condensation and finished-pack appearance.
Project support
Lancing can review the pack format, sleeve material, target speed, tunnel route and line layout before recommending a sleeve applicator configuration.