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What is AGRIPAK?
AGRIPAK is an Italian engineering and manufacturing company that designs and builds plastics processing equipment — specifically extrusion lines, thermoforming machines and converting machines. Its own site frames the business around turning customer ideas into production systems, with a history in plastics machinery dating back to 1953 and named references to the early 1960s for monofilament extrusion know-how. AGRIPAK
What it actually makes
- Extrusion lines for hollow-profile sheet, using a T-die head with an interchangeable spinneret/die.
- Foil and sheet extrusion lines that can process material from granules, including with CBA combination, and feed thermoforming operations.
- Spinning extrusion for monofilament, rafia and strapping tapes.
- Seal-and-cut machines for hollow-profile sheet, producing sealed boxes described as reusable and hygienic, with claimed reductions in box weight and cost.
- Sealing machines for sealed-flute inter-layer pads.
- Thermoforming machines positioned around cost-quality balance and ease of operation.
Who it is for
The likely buyer is a plastics converter, packaging producer or manufacturer setting up or expanding an in-house production line — someone comparing complete automatic lines rather than buying a single off-the-shelf machine. The site reports a global installed base (roughly 900 extrusion lines, 692 thermoforming machines and 596 converting machines), which suggests a supplier used to multi-market deployment rather than a single-region workshop.
A practical next step: if you are evaluating AGRIPAK, start from the material and the end product, not the machine category. Hollow-profile sheet for reusable boxes, foil/sheet for thermoforming, and monofilament or strapping tape are three different production problems; ask which line configuration and die setup matches your resin, thickness and output target, then request references from installations making a comparable product.
What types of extrusion lines does AGRIPAK manufacture?
AGRIPAK builds three main families of extrusion lines, each aimed at a different product and downstream process.
Hollow-profile sheet lines
These produce hollow-profile sheet using a T-die head fitted with an interchangeable spinneret/die. The output feeds the company's seal-and-cut machines, which turn the sheet into reusable, sealed hollow-profile boxes — a format AGRIPAK presents as suited to circular-economy packaging, with claims of lower box weight and cost.
Foil and sheet lines
Configured for foil and sheet production, including material intended for thermoforming. They can run from granules and can be combined with CBA (chemical blowing agent) setups. This is the family to look at if your end product is a thermoformed tray, container or similar part rather than a sealed-profile box.
Spinning lines
Used for monofilament, rafia and strapping-tape extrusion. AGRIPAK traces this know-how to the early 1960s, and it serves the textile, rope, twine and strapping markets rather than packaging sheet.
How to choose between them
| Line type | Output | Typical downstream use |
|---|---|---|
| Hollow-profile sheet | Hollow-profile sheet via T-die with interchangeable spinneret/die | Sealing and cutting into reusable boxes |
| Foil & sheet | Foil/sheet from granules, optionally with CBA | Thermoforming |
| Spinning | Monofilament, rafia, strapping tape | Strapping, woven and textile applications |
A practical next step: start from your finished part, not the machine. If you need a sealed, reusable box, the hollow-profile sheet route plus sealing equipment is the relevant chain; if you need a thermoformed part, ask about the foil/sheet line and whether CBA foaming fits your material; if you make tape or monofilament, the spinning lines are the match. Then confirm the polymer range, die/spinneret changeover, and how the line integrates with your existing converting step.
For context on the packaging side of this market, the CARTONPLAST® approach AGRIPAK references relates to reusable packaging, and you can compare broader industry activity via EUROMAP and Plastics Europe.
How does AGRIPAK's hollow profile sheet technology reduce packaging costs and support circular economy?
AGRIPAK's hollow-profile sheet technology cuts packaging costs mainly by removing material and weight from each box while keeping the strength that rigid packaging needs. The company's own description of the sealed hollow-profile-sheet box claims a 100% reusable design, 100% hygienic construction, higher resistance and stability, and roughly a 40% reduction in box weight and box cost. Those two savings compound: less plastic per unit lowers material spend, and lower weight reduces freight and handling costs across the supply chain. AGRIPAK
How the process works
The sheet is produced on an extrusion line using a T-die head fitted with an interchangeable spinneret/die, which is what creates the hollow-profile structure rather than a solid sheet. Downstream, seal-and-cut machinery closes the profile into a finished box or pad. Because the hollow flutes are formed during extrusion, the rigidity comes from geometry rather than thickness, so a thinner wall can carry a comparable load. In circular-economy terms, the monomaterial plastic construction is what makes the box reusable and straightforward to recover, unlike composite or laminated packaging that is hard to separate.
Where it fits
- Reusable transport boxes for produce, meat, fish and other hygiene-sensitive goods, where washability and repeated trips matter.
- Sealed inter-layer pads used between stacked layers of bottles, cans and similar containers, replacing disposable separators.
- Converters and packaging producers already running extrusion or thermoforming who want to add a recyclable, reusable format.
What to weigh
The trade-off is that reusability only pays off with a return-and-wash loop in place. A single-trip user will not capture the 40% claim; a closed-loop distributor will. Also confirm that the wall thickness and seal quality suit your stacking loads, since hollow profiles can dent under point loads if the flute geometry is mismatched to the application.
A practical next step: ask AGRIPAK for a sample box and run a wash-cycle and compression test against your current packaging, then calculate cost per trip rather than cost per box. That comparison, not the headline percentage, tells you whether the switch is worthwhile.
What thermoforming machines does AGRIPAK offer for plastics processing?
AGRIPAK offers thermoforming machines as one of its three main equipment categories, alongside extrusion lines and converting machines. The company describes its thermoforming range as built to satisfy any production need while optimising the cost-quality ratio and keeping operation easy. Thermoforming sits downstream of its extrusion lines, which can process foil and sheet intended for thermoforming, so the two product families are designed to work as a sequence: extrude the sheet, then form it.
What the range covers
- Thermoforming machines – the dedicated category for forming plastics sheet into finished parts.
- Extrusion lines feeding thermoforming – foil and sheet lines that process granules and can include a CBA (chemical blowing agent) combination, producing material for downstream forming.
- Hollow-profile sheet extrusion – sheet produced through a T-die head with an interchangeable spinneret/die.
- Converting and sealing machines – seal-and-cut units for hollow-profile sheet boxes and sealing machines for inter-layer pads, which finish products rather than form them.
A practical way to judge the fit
Think in terms of the full line, not the thermoformer alone. If you already extrude your own sheet, the relevant question is whether the extrusion line's output width, thickness range and material behaviour match what the thermoformer can accept. If you buy sheet externally, the thermoformer's forming area, heating capacity and cycle expectations matter more than upstream integration.
For sealed hollow-profile packaging, AGRIPAK presents a specific circularity story: the seal-and-cut box is described as fully reusable, hygienic, with roughly 40% less box weight and lower box costs. That claim is the company's own, and it is worth testing against your own load, stacking and hygiene requirements before treating it as a general result.
Where to start
If you are scoping a project, identify your end product first — a thermoformed tray, a sealed hollow-profile box, or an inter-layer pad — because AGRIPAK routes each to a different machine family. Then ask which extrusion line, if any, is specified to feed it, and request the material and thickness window for that combination. The company reports 692 thermoforming machines and 900 extrusion lines installed worldwide, and offers 24/7 remote line monitoring, which is relevant if you operate across shifts or in a location with limited local service.
For background on the packaging side, AGRIPAK's CARTONPLAST® technology is discussed in relation to PPWR and reusable packaging; the company itself is at AGRIPAK.
How can I get remote monitoring and after-sales support for AGRIPAK equipment?
AGRIPAK states that customer satisfaction is monitored 24/7 through a qualified remote line service, so the practical route to remote monitoring and after-sales support is to go through AGRIPAK itself rather than a third-party provider. The company describes its support as remote line monitoring, which implies a connected service arrangement set up on your machine rather than something you can activate independently.
What to ask for
- Remote line service access: request how the 24/7 remote monitoring is enabled on your specific extrusion, thermoforming or converting line, and what hardware or connectivity it requires on site.
- Your line's documentation: ask for the electrical and control schematics, PLC/software versions and spare-parts list tied to your serial number, since remote diagnosis depends on knowing the exact configuration.
- A named service contact: ask for the service desk details and the escalation path for production-stopping faults, not just a general enquiries address.
- Training and operator support: ask whether remote assistance includes guided troubleshooting for your operators, which shortens downtime compared with waiting for an on-site visit.
- Spare parts and consumables: confirm lead times for the die heads, sealing components or thermoforming tooling your line uses.
What to prepare before you contact them
Have your machine model, year of installation, serial number and a short description of the fault ready. For a remote session, confirm your plant's internet access and firewall rules allow an outbound connection from the machine's control system, and check who on site is authorised to permit remote access.
A realistic scenario
A converter running a foil and sheet extrusion line notices drifting thickness on one product. With remote monitoring in place, the AGRIPAK service team can review line data and advise on settings before anyone travels. If the issue turns out to be mechanical, the same conversation establishes which parts to ship and whether an engineer is needed. That split — remote diagnosis first, site visit only when necessary — is the main trade-off: faster response and lower cost, but it depends on reliable connectivity and accurate machine records on your side.
Start by contacting AGRIPAK through the official site AGRIPAK and asking specifically for the remote line service team, quoting your machine details. If your equipment is older and was not supplied remote-ready, ask what retrofit options exist; that answer will determine whether you get monitoring or only telephone and on-site support.
What is CARTONPLAST technology and how does it relate to PPWR reusable packaging regulations?
CARTONPLAST is the reusable packaging technology behind the hollow-profile sheet boxes described on AGRIPAK's site: plastic sheet is extruded through a T-die head with an interchangeable spinneret/die to create a hollow, fluted profile, then sealed and cut into boxes and inter-layer pads. The result is a rigid, fully reusable plastic box rather than a single-use corrugated one.
Why it fits PPWR-style reuse rules
PPWR (the EU Packaging and Packaging Waste Regulation) pushes packaging toward reuse, recyclability and reduced material use. AGRIPAK frames CARTONPLAST as "born ready" for that shift, because the box is:
- Reusable and hygienic — sealed hollow-profile sheet is easy to clean and can go back into circulation.
- Lighter than alternatives — the site claims around 40% lower box weight, which cuts material and transport costs.
- Stronger and more stable — the sealed hollow profile resists crushing better than a plain fluted board.
- Circular by design — made from a single plastic material, so it can be recovered at end of life.
How the production line works
The chain runs from granules to finished box on AGRIPAK equipment:
- Extrusion — a T-die head with interchangeable spinneret produces hollow-profile sheet; the same extrusion platform handles foil/sheet for thermoforming and monofilament/raffia/strapping tapes.
- Sealing and cutting — machinery converts the sheet into sealed boxes and sealed-flute inter-layer pads.
- Thermoforming — separate machines cover other production needs, with cost-quality ratio and ease of operation as the stated priorities.
Who this is for
The natural buyer is a packaging converter, produce exporter or logistics operation that ships fresh food, electronics or parts in rigid returnable containers and needs to cut single-use corrugated volume. If your priority is a reusable box that survives repeated trips and stacks well, CARTONPLAST is aimed at you; if you only ship one way, the reuse economics are weaker and a conventional box may still win.
Practical next step
Before committing, ask for a trial run: send your actual product weight, stacking height and number of reuse cycles, and request a sealed sample box plus the extrusion and sealing line specs. Compare the total cost per trip against corrugated over the expected number of rotations — that is where the weight and durability claims either pay off or do not.
For context on the regulatory side, the European Commission's environment pages cover PPWR directly at European Commission. For machinery comparisons, AGRIPAK is the primary source, and CARTONPLAST covers the technology itself.
Italy
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