End-of-Reel Recovery — Cores and Material from Used Rolls
At the end of every reel there is value most plants throw away: a re-usable core and a quantity of residual material. The problem is separating them cleanly and safely. This page explains how end-of-reel recovery works, and why a core stripper machine beats the guillotine and the manual cutter on cost, cleanliness and safety.
The hidden cost at the end of the reel
When a reel reaches the end of its life, two things are usually lost at once. The core — a cardboard or plastic tube that can be bought back and reused — is destroyed. And the residual material wound on it is thrown away mixed with core fragments, so it cannot enter a clean recycling stream. Two assets become one waste cost.
Recovering them means separating the material from the core without contaminating either. That is the whole job of end-of-reel recovery.
Why the usual methods fail
Three methods are commonly used to strip end-of-life reels. Each has a structural flaw.
| Method | What goes wrong |
|---|---|
| Manual cutter (utility knife) | Slow, and one of the main causes of operator injury in this task. A hand-held blade against a tightly wound reel is a constant risk. |
| Guillotine | Cuts through the material and the core together, so the two end up broken and mixed. The core is destroyed and the material is contaminated — the fractions cannot be separated cleanly afterwards. |
| Unwinder | Very slow. It unwinds the full length of material without ever separating it from the core. |
The guillotine problem, in one line
If the core and the wound material are cut together, you cannot un-mix them. A clean recovery has to remove only the material and leave the core whole.
How a core stripper machine works
A core stripper cuts the residual material lengthways and stops before the core, so the material peels off and the tube is released intact. RECYCLO — co-developed by ROLL and GA.VO. Meccanica — does this in three steps:
- Load. One or more reels are clamped on. Reel length and diameter are detected automatically.
- Set up. The operator enters only two values: the core wall thickness and the cut depth. Nothing else.
- Unload. The blade cuts the material to the set depth. The material drops off as a clean fraction; the core comes out whole.
Two inputs, and the machine adapts
Because only core wall thickness and cut depth are set, the machine is simple to run. Soft materials are removed with a faster, deeper pass. Harder materials are taken off in more, shallower passes. The operator does not have to judge the rest — reel length and diameter are read automatically.
Why it pays back quickly
The return is not abstract. It comes from three places, on every reel:
- Clean, sellable waste. The material comes off uncontaminated, in a single resin stream, so it is easy to recycle — and easier to sell rather than pay to dispose of.
- Reusable cores. The tube is recovered intact and goes back into production, instead of being re-bought.
- Safety. The hand-held blade is gone. RECYCLO is fully enclosed and CE-compliant, removing the main injury risk of manual stripping.
Clean material plus recovered cores plus fewer incidents is what turns end-of-reel handling from a cost into a recovery.
One lifecycle, two specialists
RECYCLO is the recovery end of a complete roll lifecycle. ROLL handles the working life of the reel — storage, handling and protection. GA.VO. Meccanica, world reference for core-cutting machines, brings the cutting technology. Together they close the loop: the roll is stored and shipped on ROLL packaging, and recovered at end of life with RECYCLO.
See the machine
Full specification, productivity and materials for RECYCLO.
Frequently asked questions
How can I recover cardboard or plastic cores from used reels?
A core stripper machine cuts the residual wound material lengthways and releases the inner core intact. RECYCLO does this in one cycle: the core comes out reusable and the material leaves as a clean, single-resin fraction ready for recycling.
Is a core stripper machine an alternative to a guillotine?
Yes. A guillotine cuts through both the wound material and the core at once, so the two end up mixed and broken and cannot be separated cleanly. A core stripper removes only the material and leaves the core whole, keeping both fractions usable.
Why is a manual cutter a problem for end-of-reel work?
Stripping reels by hand with a utility knife is slow and is one of the main causes of operator injury in this task. A fully guarded machine removes the hand-held blade from the process entirely.
Is the recovered material recyclable?
Yes. Because the material is removed without core fragments mixed in, it stays uncontaminated and can enter the standard recycling stream of its own resin family — which also makes it easier to sell.
Are the cores reusable after stripping?
Yes. The core is released intact, so it can go straight back into production instead of being scrapped — recovering a re-buyable asset on every reel.
How is the machine operated?
The operator enters only two values on the touch screen: the core wall thickness and the cut depth. Reel length and diameter are detected automatically. Soft materials are removed with a faster, deeper pass; harder materials in more passes.
Which materials can be processed?
Plastic films (PETE, HDPE, PVC, LDPE, PP, PS), paper-based laminates (PAP, C/PAP, C/LDPE) and aluminium. Mixed laminates are accepted when the dominant layer is in this list.
Note
Throughput, recovery and savings depend on material type, reel format and wound quantity. Figures on this page are for guidance. Contact ROLL for an assessment of your end-of-reel volumes.