Sleeve Labeling

Sleeve Labeling Machine For Shrink Sleeves And Full-body Packaging

Automatic sleeve labeling solution for shrink sleeve labels, full-body bottle packaging and tamper-evident applications.

Machine Overview

What Is This Machine Used For?

Sleeve Labeling Machine
Sleeve Labeling

Shrink sleeve application for full-body packaging

Sleeve labeling machine applies shrink sleeve labels onto bottles or containers. It is often used when products require full-body visual packaging or tamper-evident label coverage.

Shrink SleeveFull-body LabelTamper-evidentLine Ready
Shrink Sleeve Compatibility

Full-body, Partial And Tamper-evident Sleeve Examples

These examples show blank shrink-sleeve film formats for round, handled and shaped containers, including body sleeves and tamper-evident neck bands.

Beverage, daily chemical, cosmetic, shaped personal care and small bottles with translucent shrink sleeves and tamper-evident neck bands
Actual bottle contour, heat resistance, film material, sleeve cut length and required finish determine the sleeve former, cutting settings and shrink-tunnel conditions. Bottle and film samples must be confirmed.
Round Beverage BottleFull-body shrink sleeve
Daily Chemical BottlePartial body sleeve
Cosmetic BottleSlim full-body sleeve
Shaped Personal Care BottleContour-matched sleeve
Small BottleTamper-evident neck band
Bottle And Label Compatibility

Suitable And Not Recommended Bottles

Suitable Containers

  • Round bottles
  • Special-shaped bottles after testing
  • Beverage bottles
  • Daily chemical bottles
  • Cosmetic bottles
  • Tamper-evident packaging

Not Recommended For

  • Self-adhesive label applications
  • Bottom labels
  • Front/back sticker labels
  • Containers not suitable for shrink tunnel heat
  • Unstable containers without support
Verified Machine Parameters

Automatic Sleeve Labeling Machine Specifications

Published parameters are based on the supplied engineering record. Final film, bottle and shrink-tunnel settings are confirmed against the actual packaging format.

Automatic Sleeve Labeling Machine

Automatic Sleeve Labeling Machine

Sleeving + Shrink Tunnel
Bottle Width / Diameter25-120 mm
Bottle Height50-300 mm
Speed100-200 bottles/min
Accuracy+/- 1 mm

Container And Sleeve Range

Container TypesRound, square and shaped plastic, glass or metal containers
Sleeve PositionBottle body, neck or cap
Film MaterialsPVC, PET or OPS
Film Thickness0.03-0.13 mm

Sleeve And Roll

Sleeve Layflat Width30-130 mm, customizable
Sleeve Length25-250 mm, customizable
Film Roll Inner Diameter127-254 mm (5-10 in)
Maximum Roll Outer Diameter500-600 mm

Utilities

Power SupplyAC 220 V, 50 Hz or AC 380 V, 50 Hz
Main Machine PowerApprox. 2.5 kW
Total Power With TunnelApprox. 8-12 kW
Air Pressure0.6-0.8 MPa

Standard Shrink-Tunnel Configuration

Shrink TunnelIncluded; electric or steam option
Electric Tunnel PowerApprox. 6-9 kW
Electric Tunnel DimensionsApprox. 2000 x 800 x 1500 mm
Main Machine DimensionsApprox. 1500 x 1000 x 2000 mm
Total Line LengthApprox. 4000 mm with tunnel
Total WeightApprox. 650 kg with tunnel
Configuration Logic

What Should Be Confirmed Before Selection?

Same Core Structure

  • Sleeve cutting and feeding
  • Bottle sleeving structure
  • Shrink tunnel matching
  • Sensor detection
  • Line integration capability

Need To Confirm

  • Sleeve material and thickness
  • Bottle shape and height
  • Shrink tunnel requirement
  • Production speed
  • Label roll specification
Bottle And Label Matching

Recommended Bottle Types And Label Connection

Recommended Containers

  • Beverage bottles
  • Daily chemical bottles
  • Cosmetic bottles
  • Round bottles
  • Special-shaped bottles after testing
  • Tamper-evident cap seal products

Bottle / Label Matching Notes

Bottle Or Label TypeRecommended Labeling Structure
Round bottlesWrap-around or positioning labeling
Flat bottlesSingle side or double side labeling
Square bottlesFront/back labeling with guides
Bottom labelBottom conveyor and label applicator
Shrink sleeveSleeve labeling and shrink tunnel
Working Process

How The Sleeve Labeling Machine Works

Step 01Bottle feeding
Step 02Sleeve feeding
Step 03Sleeve cutting
Step 04Sleeve application
Step 05Bottle output
Step 06Shrink tunnel
Step 07Cooling section
Step 08Line connection

The labeling machine can work as a standalone labeling unit, or connect with filling, capping, coding and collecting systems to build a complete packaging line.

Labeling Method Value

Why Choose Sleeve Labeling?

Main Advantages

  • Suitable for full-body packaging
  • Can cover special bottle shapes
  • Supports tamper-evident labels
  • Good shelf visual effect

Production Benefits

  • Improves packaging appearance
  • Can connect with shrink tunnel
  • Useful for beverage and daily chemical products
  • Supports high coverage label design
Method Comparison

Comparison With Other Labeling Methods

Labeling MethodBest ForSelection Note
Round Bottle LabelingRound bottles and wrap-around labelsBest for cylindrical bottles
Flat Bottle LabelingFlat bottles and front/back labelsBest for flat or square containers
Double Side LabelingFront and back labels on flat or square bottlesBest when two label faces must be applied in one process
Bottom LabelingBottom surface label placementBest for product identification labels
Sleeve LabelingShrink sleeve and full-body packagingBest for full wrap visual packaging
Star Wheel Round Bottle LabelingHigher-speed round bottle handlingBest for stable bottle transfer and positioning
After the initial engineering review

What You Receive Before Final Configuration

Start with photos, dimensions, product behavior, filling volume and target output for your Sleeve Labeling Machine For Shrink Sleeves And Full-body Packaging. Physical containers, closures, labels or product are requested later only when tooling or factory testing requires them.

  1. Recommended configurationMachine type, head or station quantity and required options.
  2. Preliminary layoutMachine sequence, interfaces, footprint and utility assumptions.
  3. Written quotationConfirmed scope, available options, exclusions and commercial terms.
  4. Test requirement listWhich physical items must be sent later for tooling and FAT, only when required.
Engineering Definitions

How The Final Sleeve Labeling Specification Is Confirmed

The website explains the selection logic without inventing missing values. Final parameters are released only after the bottle, sleeve, target output and shrink process are reviewed.

Container range

Bottle diameter, height, stability and orientation are checked with actual formats before the guide system is released.

Label range

Label size, roll direction, gap, backing paper and required position are confirmed from drawings or a physical roll.

Speed basis

A sustained bottles-per-minute target depends on container handling, label length, sensor response and line conditions.

Position result

Position tolerance, appearance, missing-label response and inspection method are agreed for the project FAT.

Final handover package

After configuration confirmation, the handover package supports installation, operation, maintenance and acceptance without publishing unconfirmed project values.

  • Approved general arrangement or layout
  • English operation manual
  • Electrical diagram
  • Pneumatic diagram where applicable
  • PLC program backup
  • Agreed FAT criteria and record
  • Operation training
  • Recommended spare-parts list
1 yearWarranty
Within 2 hoursOnline response
Remote + onsiteCommissioning options
Within 7 daysCommon spares dispatch
FAQ

Common Questions Before Buying

What is sleeve labeling used for?

It is used for shrink sleeve labels and full-body packaging.

Does it need a shrink tunnel?

Yes. Shrink sleeve labels usually require a shrink tunnel.

Can it replace sticker labeling?

It is a different labeling method. Sticker labels use adhesive label applicators.

Can it handle special-shaped bottles?

Often yes, but bottle and sleeve samples should be tested.

What information is needed for the initial review?

Send container photos and dimensions, sleeve specifications, shrink requirements and target speed for the initial review.