Plastic film, paper strips, packaging offcuts, fabric trimmings and other lightweight scraps can create collection problems that ordinary dust and debris handling systems aren’t designed to solve.
From dedicated AS-series trim extractor vacuums to interceptors, pre-separators and engineered multi-point collection systems, we help manufacturers evaluate the right approach for capturing lightweight production waste at the source.
Selecting a trim recovery vacuum starts with the characteristics of the scrap itself—not simply the highest advertised suction or airflow rating.
The right solution needs to collect the material, transport it and separate it effectively.
Production trimmings don’t behave the same way once they enter an industrial vacuum.
Thin plastic film, narrow paper strips, textile fibers and lightweight packaging scraps can remain suspended in moving air rather than settling readily into a collection container.
Depending on the collection system, these materials may:
The result can be reduced pickup performance, additional maintenance and more production cleanup work.
Long, flexible strands create another challenge: material that travels through a hose may still wrap, bridge or accumulate where the flow changes direction.
When lightweight production scraps reach a vacuum’s primary filter instead of settling into the collection container, an appropriately configured interceptor or pre-separator may help.
A pre-separator is installed upstream of a compatible industrial vacuum. Its purpose is to remove suitable bulk material from the conveying airflow and collect it separately before that material reaches the main vacuum unit.
For applications involving paper strips, plastic cuttings, fabric offcuts and similar lightweight debris, this approach can help reduce direct filter loading and simplify waste handling.
Benefits of a properly selected system may include:
An interceptor is not a complete vacuum system by itself.
It must be matched to the vacuum’s available airflow, the material’s size and behavior, the hose arrangement and the expected collection volume.
Not every general-purpose cyclone is suitable for thin, flexible or highly entangling material. Those applications require specific evaluation.
Compare Depureco’s industrial vacuum interceptors and pre-separators to determine whether upstream separation fits your process.
When scrap collection is part of the production process, the vacuum should be selected for that job.
Depureco’s AS-series industrial vacuums are developed for collecting suitable lightweight, bulky and flexible scraps generated by industrial machinery.
Their design uses a continuous-duty side-channel blower and a collection arrangement that directs incoming material into a reusable bag, providing an alternative to conventional debris collection configurations.
Depending on the model, AS-series features include directed suction inlets, sizable scrap collection chambers, inspection windows and application-specific inlet options.
These systems are particularly relevant where paper trimmings, plastic packaging scraps, textile offcuts or other compatible dry production waste must be collected close to the machinery generating them.
Built for trim collection. Configured for the application. Backed by Depureco industrial vacuum expertise.
The Depureco AS300–400 range is designed for machine-side trim extraction in packaging, converting, textile and compatible production processes.
A continuous-duty side-channel blower provides suction, while the collection design directs incoming material into a reusable bag. The inspection window lets operators view the accumulated material without opening the chamber.
The AS300 configuration offers a 57-gallon collection capacity and supports an additional suction inlet for application-specific arrangements.
Watch our latest demonstration: An AS300 collects long plastic packaging strands and shorter string-like scraps through two suction inlets operating simultaneously.
For the AS300, published technical data includes:
The AS400 has its own technical specifications and should be evaluated separately.
Explore the product specifications, available configurations and complete AS300 demonstration.
Depureco’s broader AS scrap collection range includes additional configurations for compatible paper, plastic, packaging and textile cuttings.
AS-series models provide directed material collection, reusable bag arrangements and inspection windows, with capacities and performance characteristics varying by model.
These alternatives are worth comparing when collection volume, machine dimensions, available space or operating requirements differ from those of the AS300–400 range.
Select the vacuum by the waste stream—not simply by model size.
Review the AS scrap collection range or contact Depureco to evaluate the appropriate configuration for your manufacturing process.
See the Depureco AS300 industrial trim extractor collect long plastic packaging strands and shorter string-like production scraps through two suction inlets operating simultaneously.
This demonstration shows a configured machine handling two material streams and provides a closer look at why dedicated trim extraction equipment deserves consideration for lightweight production waste.
For manufacturers evaluating machine-side collection, the demonstration is a starting point—not a substitute for checking material compatibility, production rate, pickup layout and installation requirements.
See what it’s built to handle. Then let us evaluate what your line needs.
From flexible packaging and paper converting to textile production and OEM machinery, lightweight production waste comes in different shapes, lengths and volumes.
Depureco helps manufacturers evaluate the collection method that fits the material and the point where it is generated.Plastic bag and pouch manufacturing can generate film cuttings, narrow scraps, punch-outs and lightweight offcuts around cutting, punching and converting equipment.
Dedicated trim extractors and machine-side vacuum collection arrangements can be evaluated for compatible loose scraps and string-like material.
For packaging equipment builders, converters and machinery integrators, vacuum collection can be incorporated into the process rather than treated as a separate housekeeping task.
Depureco can help evaluate collection-point geometry, material behavior, inlet sizing, hose routing, blower requirements and discharge arrangements.
One production line. One waste stream. The right engineered solution.
Plastic manufacturing may generate sheet cuttings, film scraps, thermoforming trim and other production offcuts around trimming or discharge stations.
Loose cut scraps can be candidates for industrial vacuum collection. Continuous uncut skeleton webs, large rigid waste and high-speed edge trim may require specialized handling.
The best collection system depends on what you’re collecting, how quickly it’s generated and where it needs to go.
A dedicated trim extractor may be ideal for compatible lightweight production cuttings. An interceptor may help when bulk scraps are loading an existing vacuum filter. Larger, multi-point processes may call for an engineered collection system.
Before choosing equipment, consider:
The right answer is based on your production process—not simply the largest vacuum or highest advertised airflow.
| Your Requirement | Solution to Evaluate | Where to Learn More |
|---|---|---|
| Collect compatible lightweight scraps directly from machinery | Dedicated AS-series trim extractor | AS300–400 |
| Compare smaller AS scrap collection configurations | AS-series alternatives | AS Product Range |
| Reduce bulk scrap reaching an existing vacuum filter | Application-matched interceptor or pre-separator | Pre-Separators |
| Integrate extraction into packaging or converting machinery | Compact OEM or dedicated line-side vacuum | OEM Systems |
| Collect from multiple stations or over longer distances | Engineered multi-point collection system | Central Vacuum Engineering |
Light trims and flying materials create a different problem than normal dust collection.
These questions help explain when to use a vacuum, interceptor, pre-separator, or larger scrap recovery setup.
Lightweight scraps such as plastic film, paper strips, textile offcuts and flexible production trimmings can remain suspended in moving air instead of settling into a collection container.
Depending on the vacuum design, these materials may accumulate on the primary filter, restrict airflow and increase cleaning frequency. Static electricity, scrap shape, surface area and material flexibility can make the problem worse.
A dedicated trim extractor or appropriately configured pre-separation system can help address these collection challenges.
A trim interceptor or pre-separator is worth evaluating when compatible bulk scraps regularly reach the primary vacuum filter or when a separate receiving container would improve material handling.
Installed upstream of a suitable industrial vacuum, the separator collects material before it reaches the main unit.
However, not every pre-separator is suitable for lightweight film, long strands or highly entangling scraps. Material behavior, airflow and collection rate must be considered.
Industrial scrap collection vacuums are commonly used to collect production cuttings, trimmings, offcuts and other suitable material through a suction hose or pickup inlet.
Dust collectors are typically designed to capture airborne particulate from a process using airflow and filtration arrangements suited to the dust source.
A packaging or converting operation may generate both bulky trim and fine dust. These different waste streams may require separate collection methods or a specially engineered system.
Potential materials include compatible plastic film cuttings, paper strips, packaging offcuts, textile trimmings, synthetic strands, fabric scraps and nonwoven waste.
Suitability depends on material composition, size, flexibility, surface properties, dust generation and production volume.
Long continuous ribbons, adhesive label matrices, large rigid scraps and hazardous or combustible materials require additional review. Not every trim extractor is suitable for every material.
A centralized or engineered multi-point system may be appropriate when several machines, production lines or collection stations require coordinated extraction.
Selection depends on simultaneous airflow demand, conveying distance, scrap generation rate, receiving capacity and the required discharge method.
Multiple suction inlets do not automatically require a centralized system. A properly configured dedicated trim extractor may be suitable for a limited number of pickup points.
Yes. Purpose-built industrial trim extractors can be evaluated for compatible lightweight production scraps generated by packaging, converting, paper finishing, textile and nonwoven equipment.
Common applications include collection near cutting stations, punching equipment and localized scrap-discharge points.
The machine, material, generation rate and suction configuration must be reviewed before determining whether a particular AS-series vacuum or another collection method is appropriate.
Start with the waste stream.
A dedicated trim extractor can be appropriate for collecting compatible lightweight production scraps directly from a machine.
An interceptor or pre-separator may help when suitable bulk material is reaching an existing vacuum’s primary filter.
An engineered multi-point system may be required where several collection locations, longer conveying distances or higher production volumes create more demanding requirements.
Depureco can help evaluate the appropriate arrangement based on the application.
Yes. In Depureco’s AS300 demonstration, long plastic packaging strands and shorter string-like scraps are collected through two suction inlets operating simultaneously.
The second inlet is available as an application-specific configuration.
Actual performance depends on material dimensions, flexibility, generation rate, inlet arrangement, hose routing and airflow at each pickup point. The demonstration illustrates one tested configuration rather than guaranteeing performance for every production line.
The most useful information includes the manufacturing process, material being collected, typical scrap length and dimensions, estimated production volume and how continuously the waste is generated.
Depureco will also need to understand the number of pickup points, available electrical supply, hose lengths, installation space and preferred collection or discharge method.
Photos or videos of the actual scrap and machine discharge points can be especially helpful for application evaluation.
Some continuous trim applications can be addressed with an appropriately engineered extraction and conveying arrangement, but continuous ribbons and adhesive matrix waste introduce challenges that differ from loose production cuttings.
Web speed, ribbon tension, adhesive properties, static buildup, material dimensions and the method of separating or discharging the scrap must be considered.
Depureco should review the process before recommending an AS-series vacuum or another engineered trim removal system.
Depureco Industrial Vacuums helps manufacturers, converters and machinery builders evaluate industrial vacuum solutions around their actual materials and production requirements.
Whether you need a dedicated AS-series trim extractor, an upstream interceptor or a more extensive machine-side collection arrangement, we’ll help you identify which approach deserves consideration.
No one-size-fits-all promises. Just application-focused industrial vacuum engineering.
