PM150 Shrink Sleeve Applicator Machine Glass and Plastic Bottle Neck Sleeve Label Machine With OEM ODM Services

The PM150 Full Automatic Shrink Sleeve Applicator is a vertical-type, high-speed sleeve labeling machine engineered for medium-to-large scale beverage, food, dairy, pharmaceutical, and personal care production lines. Manufactured by Shanghai YIMU Machinery Co., Ltd., this automatic sleeve labeling machine combines servo-driven film cutting, electrostatic sleeve forming, and precision container positioning to deliver up to 150 containers per minute with a labeling accuracy of ±1.5mm.

What separates the PM150 from conventional labelers is its fully automated process from film loading to heat shrink — reducing manual errors and improving overall line efficiency. The machine handles round, square, flat, oval, rectangular, and conical PET bottles without design changes, and processes PVC, PET, OPS, and PLA shrink films — making it a versatile solution for multi-product packaging operations.

Shrink sleeve labeling is a full-body decoration method that applies a tubular film around the entire container and heat-shrinks it to conform to the container's shape — providing 360-degree branding coverage that pressure-sensitive labels cannot achieve. The PM150 delivers this capability at production speeds that match medium-to-large filling lines, eliminating the labeling bottleneck that slows down high-volume operations.

Specifications verified from YIMU product documentation and third-party industrial listings

The PM150's headline capability is its 150 containers per minute labeling speed — a throughput level that matches the output of medium-to-large beverage and food filling lines. At a label length of 100mm, this translates to a theoretical output of up to 9,000 bottles per hour, ensuring the labeling station never becomes a bottleneck on a high-volume production line.

The machine's speed is fully adjustable from 60 to 150 PCS/min, allowing operators to match the labeler's output to upstream filling and capping equipment. This flexibility is critical for operations that run multiple product SKUs at different production rates throughout the day.

Labeling accuracy of ±1.5mm may sound like a technical detail, but its operational impact is significant. Inaccurate label placement causes rework, product rejection, and material waste. The PM150's high-precision servo-driven cutting and application system ensures every sleeve is positioned correctly, every time — reducing film waste and maximizing yield.

The machine is equipped with high-quality servo motors that ensure consistent label length with precise film feeding and cutting. Film tension is continuously monitored and adjusted, maintaining uniform sleeve length from the first container to the 9,000th.

The PM150 features a fully automated process from film loading to heat shrink — reducing manual errors and improving efficiency. Operators load the film roll, select the recipe on the touch screen, and the machine handles the rest: film feeding, precision cutting, sleeve forming, sleeve application, and (with an optional shrink tunnel) heat shrinking.

The machine uses an easy-to-use HMI (Human-Machine Interface) with memory for up to 40 product settings, allowing rapid changeover between SKUs without mechanical adjustment. This reduces training costs and eliminates operator error — shift after shift, operator after operator.

Most labelers are optimized for a single container shape. The PM150 handles round, square, flat, oval, rectangular, and conical PET bottles — without requiring design changes or tooling swaps. The machine's adjustable bottle range (φ20–125mm diameter, 30–280mm height) accommodates a broad spectrum of container sizes, from small juice bottles to large dairy containers.

The PM150 processes PVC, PET, OPS, and PLA shrink films across a thickness range of 0.03–0.13mm. This multi-material compatibility matters for two reasons:

• Regulatory compliance: Food-grade PET film is preferred for beverage applications, while PVC remains common for certain industrial products. The PM150 handles all of them.

• Sustainability: PLA (polylactic acid) is a compostable, bio-based film that meets growing consumer and regulatory demand for sustainable packaging. The PM150's ability to process PLA positions your operation for the sustainable packaging transition.

The machine body is constructed from SUS 304 stainless steel — the industry standard for food, beverage, and pharmaceutical equipment. This corrosion-resistant material withstands humid production environments, wash-down procedures, and the hygiene requirements of GMP-regulated facilities.

Every PM150 comes with a machinery test report, video outgoing inspection, and TüVRheinland verification. The machine carries a 2-year warranty with free spare parts within the warranty period and lifetime online and video technical support.

The PM150 transforms a flat roll of shrink film into a perfectly fitted, 360-degree label through a six-stage process:

Stage 1 — Film Loading & Feeding. A roll of shrink film (PVC, PET, OPS, or PLA) is mounted on the machine's film reel. The film is fed through a tension-controlled web path toward the cutting station. Web tension imbalance is one of the most common causes of skewed sleeves — the servo system eliminates this variable.

Stage 2 — Precision Cutting. A servo-driven rotary cutter slices the film into individual sleeve segments at the programmed length. The cutting system uses an anodized mandrel to support the film during cutting, preventing deformation and extending blade life.

Stage 3 — Sleeve Forming & Opening. Each cut film segment is formed into a tubular sleeve on a mandrel. The sleeve is held open using controlled air pressure, preparing it for transfer to the container.

Stage 4 — Sleeve Application. The open sleeve is positioned over the container as it passes beneath the application head. Optical sensors detect container position and trigger the sleeve release at the exact moment.

Stage 5 — Heat Shrinking (Shrink Tunnel). The container with the loose sleeve enters the shrink tunnel, where controlled hot air shrinks the film tightly around the container's contours. Wrinkles and uneven shrinking occur when container temperatures are inconsistent, heat is distributed unevenly, or the shrink process is not properly controlled. A two-stage shrink process — preheating followed by final shrinking — gradually softens the sleeve before completing the shrink, dramatically reducing wrinkles and localized distortion.

Stage 6 — Cooling & Output. The labeled container exits the shrink tunnel, and the label cools and sets. The finished product is ready for packing or distribution. The 2M conveyor belt with ramp-up/down sections stabilizes container flow before and after the labeling station, preventing speed-induced positioning errors.

Problem 1: "Our labeling station is slowing down our filling line." Filling lines running at 6,000–9,000 BPH require labeling equipment that can keep pace. The PM150's 150 PCS/min output matches medium-to-large filling line speeds, eliminating the labeling bottleneck.

Problem 2: "We produce multiple bottle shapes and sizes across different SKUs." Switching between round bottles, square bottles, and conical containers typically requires multiple labelers or time-consuming changeover. The PM150 handles all these shapes without tooling changes, and its φ20–125mm diameter range covers most standard beverage and food containers.

Problem 3: "Pressure-sensitive labels don't cover enough of our container for brand impact." If your brand requires full-body decoration for maximum shelf presence, pressure-sensitive labels are insufficient. The PM150 applies shrink sleeves that wrap the entire container in a continuous 360-degree label — no seams, no gaps, no missed surface area.

Problem 4: "Label wrinkles and uneven shrinking are causing product rejection." Wrinkles usually occur when container temperatures are inconsistent, heat is distributed unevenly, or the shrink process is not properly controlled. The PM150's PID-controlled shrink tunnel and optional two-stage preheating system stabilize container temperature before the final shrink, reducing wrinkles and producing a smooth, premium finish.

Problem 5: "Changeover between SKUs takes too long and introduces errors." Mechanically adjusted labelers require manual recalibration when switching between bottle shapes or sizes. The PM150 stores recipe parameters in the HMI memory — changeover is as simple as selecting the new SKU on the touch screen. No mechanical adjustments. No operator guesswork. No production delay.

The PM150 is deployed across industries where full-body branding and high-speed labeling are competitive requirements:

Beverage & Liquid Refreshment:

• Carbonated soft drinks, juices, mineral water, tea beverages, sports drinks, energy drinks

• Craft beer, flavored water, functional beverages

Food & Dairy:

• Sauce bottles, condiment jars, seasoning containers, coffee cans

• Dairy products, yogurt cups, flavored milk bottles

Cosmetics & Personal Care:

• Shampoo bottles, lotion containers, gel tubes, serum vials

• Skincare and beauty product packaging

Household & Industrial:

• Detergent bottles, cleaning solution containers

• Chemical and industrial product packaging

Shrink sleeve labeling machines are designed for the beverage, food, dairy, healthcare, personal care and consumer goods industries, supporting high-speed, high-precision, and reliable sleeve labeling solutions including full-body labels and tamper-evident bands.

Scenario A — You produce beverages at 6,000–9,000 BPH and need full-body labeling.
The PM150's 150 PCS/min output and 360-degree coverage capability are a direct match. Highly recommended.

Scenario B — You run multiple container shapes on the same line.
The PM150 handles round, square, flat, oval, rectangular, and conical bottles without tooling changes. Highly recommended.

Scenario C — You are transitioning from PVC to PET or PLA film.
The PM150 processes all four film materials without modification. Highly recommended.

Scenario D — Your production volume is below 2,000 BPH and you use simple round bottles.
A semi-automatic labeler or pressure-sensitive labeler may be more cost-effective at this scale. Consider alternative labeling methods.

Shanghai Yimu Technology Co., Ltd. was founded in 2016, with its start-up team originating from an 80-year-old Australian machine factory — bringing deep technical heritage to modern packaging challenges. The company operates a core team of over 68 professionals, including a robust R&D team of 10 to 20 engineers, and holds over 126 patented technologies. Cumulatively, YIMU has successfully completed more than 10,000 projects across the packaging industry.

Engineering Depth. Every PM150 is backed by rigorous factory testing, a machinery test report, and video outgoing inspection. We do not ship machines that have not been validated against real production conditions.

Responsive After-Sales Support. We provide online support and video technical support during and after the warranty period, with a 2-year warranty on the PM150. Free spare parts are included within the warranty period. Our support team is trained to diagnose labeling issues remotely.

Export-Ready Compliance. Our machines are packaged in export-standard wooden cases and designed to operate on 220V single-phase power, compatible with standard industrial power supplies in most international markets. YIMU products carry CE and SGS certifications and are verified by TüVRheinland.

Q1: What is the difference between shrink sleeve labeling and pressure-sensitive labeling?
Shrink sleeve labeling applies a tubular film around the entire container, which is then heat-shrunk to conform to the container's shape — providing 360-degree coverage. Pressure-sensitive labeling applies adhesive-backed labels to flat or panel-shaped surfaces, covering only a portion of the container. Shrink sleeves work well for complex shapes and full-body decoration; pressure-sensitive labels are generally lower cost for simple applications.

Q2: What film materials does the PM150 support?
The PM150 processes PVC, PET, OPS, and PLA shrink films with thicknesses from 0.03mm to 0.13mm. PET and PLA are preferred for food-grade and sustainable packaging applications.

Q3: What container sizes can the PM150 handle?
The machine handles containers with diameters from φ20mm to φ125mm and heights from 30mm to 280mm. For containers outside this range, contact our engineering team to discuss custom configurations.

Q4: Does the PM150 require a shrink tunnel?
Yes. The PM150 applies the sleeve to the container; a separate shrink tunnel is required to heat-shrink the film into its final form. Shrink tunnels can be purchased separately or as part of a complete labeling line.

Q5: What is the labeling accuracy of the PM150?
The PM150 delivers a labeling accuracy of ±1.5mm, ensuring consistent sleeve placement and minimizing waste from misaligned labels.

Q6: How long does it take to change over between container types?
Changeover involves selecting a new recipe on the touch screen and adjusting container guide rails. Typical changeover time is under 20 minutes for experienced operators — no mechanical tooling changes are required for most container shape and size transitions.

Q7: What is included in the warranty?
The PM150 carries a 2-year warranty covering manufacturing defects and core components. Free spare parts are provided within the warranty period, along with online and video technical support.

Q8: Can the PM150 be integrated into an existing filling line?
Yes. The machine is designed as a standalone labeling station but can be integrated into conveyor-based filling and capping lines. Contact us with your line specifications for integration guidance.

Q9: What is the minimum order quantity (MOQ)?
The standard MOQ for the PM150 is 1 unit. Contact us for pricing and lead time.

Q10: What is the typical delivery time?
Typical delivery time is 30–45 days after order confirmation, depending on configuration and customization requirements.