Shrink Bundlers
Perfect solution for center printed PE films
The mono-block automatic overlap shrink wrappers are extremely
versatile: they can pack various products, such as glass and PET bottles,
cans, boxes, trays, jars, cartons of different sizes in a wide range of pack
collations.
They can be used in several industry segments, such as beverages, food,
chemicals, wine and spirits, cosmetics, detergents etc.
Base Model Key Attributes
- Automatic overlap shrink wrapper with in-line feed conveyor
- Double-chamber tunnel
- Photocells for film wrapping, tunnel obstruction and outlet accumulation included
- Film unwinding controlled by brush-less servomotor
- Pack wrapping controlled by brush-less servomotor
- Auto-configuration of separation and wrapping of the pack
Technical Features
| OVL-SA | OVL-RA | OVL-RA-T | OVL-RA-P | OVL-IL | OVL-IL-T | OVL-IL-P | |
|---|---|---|---|---|---|---|---|
| Power supply | 220/240V 3PH 50/60 Hz | 220/240V 3PH 50/60 Hz | 220/240V 3PH 50/60 Hz | 220/240V 3PH 50/60 Hz | 220/240V 3PH 50/60 Hz | 220/240V 3PH 50/60 Hz | 220/240V 3PH 50/60 Hz |
| Output | Up to 25 ppm | Up to 25 ppm | Up to 25 ppm | Up to 25 ppm | Up to 25 ppm | Up to 25 ppm | Up to 25 ppm |
| Infeed belt width | 21.25" | 21.25" | 21.25" | 21.25" | 21.25" | 21.25" | 21.25" |
| Maximum height product | 14.75" | 14.75" | 14.75" | 14.75" | 14.75" | 14.75" | 14.75" |
| Maximum film reel | 25.5" | 25.5" | 25.5" | 25.5" | 25.5" | 25.5" | 25.5" |
| Dual machine | |||||||
| Multi-lane | |||||||
| Printed film | |||||||
| Stainless steel version |
Success Stories
Challenge: High-speed wrapping of fresh bread without product deformation. Solution: Integrated flow wrapping line with low-backpressure buffering. Result: 25% increase in line efficiency.
Challenge: Cold-chain handling of liquid cartons. Solution: NEMA 4X rated robotic pickers. Result: 40% reduction in manual labor and improved line safety.
Challenge: High-speed bundling of PET bottles. Solution: Continuous-motion shrink bundler. Result: 15% reduction in film usage and 30% increase in throughput.
