Ecuador LLDPE Recycling | KITECH Plastic Film Pelletizing Machine

From Blown Film Waste to Internal Closed-Loop Recycling: KITECH Two-Stage Pelletizing with Laser Filtration

As the blown film industry places greater emphasis on raw material utilization, raw material costs, and sustainability, more manufacturers are looking for better ways to recover the value of production waste. Edge trims, defective films, and other LLDPE waste that were once sold directly can now be processed into recycled pellets and returned to the production cycle.

In 2024, KITECH Machinery provided a customized plastic film pelletizing machine solution for a blown film manufacturer in Ecuador. Recently, the customer shared positive feedback showing that the equipment has been running very stably. The system combines a two-stage plastic film pelletizing machine, laser filtration, a multi-roll film stand, and an air-conditioned electrical cabinet.

The solution allows the customer to recycle its own LLDPE blown film waste while preparing for future LLDPE recycling of relatively clean waste film sourced externally. Instead of simply disposing of production waste, the customer can now convert it into reusable recycled material and build a more efficient internal recycling loop.

Client Background: From Direct Waste Sales to Internal Recycling with a Plastic Film pelletizing Machine

The customer specializes in manufacturing LLDPE shrink film. During daily film-blowing operations, the company continuously generates edge trims, defective films, and other waste film.

In the past, these materials were mainly sold directly to external buyers. Although this approach provided a simple way to remove production waste, it did not fully capture the potential value of the material.

With a suitable plastic film pelletizing machine, however, fairly clean production waste can be processed into recycled pellets and reused according to specific product requirements.

The customer therefore decided to establish an in-house recycling and pelletizing process. The initial focus was on processing its own LLDPE production waste, while the long-term plan was to introduce moderately clean waste film from external sources.

This strategy gives the customer greater flexibility in raw material sourcing while increasing the utilization of the plastic film pelletizing machine.

The ultimate objective was not simply to manufacture recycled pellets for resale. Instead, the customer planned to reintroduce part of the recycled material into its own blown film production, particularly for products or customers with less demanding film quality requirements.

By replacing part of the virgin resin with recycled pellets produced by the plastic film pelletizing machine, the customer may reduce virgin material consumption and improve overall production economics.

Key Pain Points Faced by the Customer

1. Production Waste Was Sold Directly Instead of Being Recycled

The first challenge was the low-value disposal of production waste.

Blown film production continuously generates edge trims, defective films, and other waste. When these materials are sold directly, the manufacturer receives immediate returns but loses the opportunity to create additional value through in-house recycling.

A plastic film pelletizing machine provides another option: production waste can be converted into recycled pellets that can be used internally or sold as a higher-value recycled material.

For this Ecuadorian customer, establishing an in-house plastic film pelletizing machine system was therefore an important step toward improving material utilization.

2. Future Waste Sources May Have Different Impurity Levels

The second challenge involved the customer's future raw material strategy.

At present, most of the material comes from the customer's own production process and is moderately clean. However, the company plans to purchase additional LLDPE waste film externally in the future.

Compared with in-house production waste, externally sourced film may contain more contamination, labels, dust, paper, or other minor impurities. This means that a plastic film pelletizing machine designed only for extremely clean production waste may not provide sufficient flexibility for future material sources.

The customer therefore needed a PE film recycling machine solution with stronger melt filtration capability.

This requirement was particularly important for the company's long-term LLDPE recycling strategy.

3. Large Film Rolls Required a More Convenient Feeding Method

The third challenge was related to the customer's actual production workflow.

The film-blowing process generates significant quantities of waste film in roll form. A conventional single-roll stand would require operators to replace rolls frequently, increasing manual work and potentially interrupting the feeding process of the plastic film pelletizing machine.

To improve material handling efficiency, the feeding section needed to be adapted to the customer's roll-based production waste.

4. High Ambient Temperatures Required Better Electrical Protection

The fourth challenge came from the customer's local operating environment.

Some areas of Ecuador experience high ambient temperatures. Excessive heat can affect electrical components such as VFDs, PLCs, contactors, relays, and other control devices inside the electrical cabinet.

For a continuously operating plastic film pelletizing machine, stable electrical control is essential. Therefore, temperature management inside the control cabinet had to be considered as part of the overall system design.

Given these requirements, the customer did not simply need a standard plastic film pelletizing machine for clean film waste.

The company needed an integrated recycling solution that could:

• Process current in-house LLDPE production waste;
• Support future externally sourced waste film;
• Handle minor impurity variations through effective filtration;
• Feed large quantities of film rolls efficiently;
• Produce recycled pellets suitable for internal reuse;
• Maintain stable electrical operation in Ecuador's hot climate.

KITECH's Plastic Film pelletizing Machine Solution: Two-Stage pelletizing with Laser Filtration

Based on the customer's material characteristics, production workflow, future recycling plans, and local climate, KITECH Machinery developed a customized plastic film pelletizing machine solution.

The system integrates:

• Two-stage plastic film pelletizing;
• Laser melt filtration;
• Secondary plate filtration;
• Multi-roll film feeding;
• Air-conditioned electrical cabinet.

The configuration was designed around the customer's current and future LLDPE recycling requirements.

Rather than using a standard PE film recycling machine configuration, KITECH considered the entire recycling process—from film feeding and plasticization to filtration, pelletizing, electrical control, and final material reuse.

This approach allows the plastic film pelletizing machine to process fairly clean in-house waste today while providing additional processing flexibility for externally sourced film in the future.

Two-Stage Plastic Film pelletizing Machine for More Stable Processing

The core of the project is KITECH's two-stage plastic film pelletizing machine configuration.

The two-stage design allows the material to be processed progressively through compaction, plasticization, degassing, filtration, secondary melting, mixing, and pelletizing.

During the first stage, bulky film waste is compacted and plasticized before entering the filtration section. Compaction and plasticization improve feeding stability, while the degassing process removes moisture and volatile components.

After initial plasticization, the melt passes through the first laser filtration system. This stage removes impurities and foreign particles before the melt moves further downstream.

The pre-filtered material then enters the second stage of the plastic film pelletizing machine, where it undergoes further melting and mixing. A second filtration stage using a plate filter provides additional melt cleaning before pelletizing.

This dual-filtration configuration helps reduce residual contaminants and black specks, contributing to a cleaner and more consistent melt.

The result is a more stable recycled material stream and pellets with more uniform appearance and quality.

For this project, the combination of two-stage processing and dual filtration is not simply an equipment upgrade. It is a practical response to the customer's changing material requirements.

The customer can start with relatively clean production waste and gradually expand its LLDPE recycling operations to include suitable externally sourced waste film.

This gives the plastic film pelletizing machine greater material flexibility while supporting more consistent recycled pellet quality.

Laser Filtration in the Plastic Film pelletizing Machine for Materials with Impurities

Laser filtration is another important component of this plastic film pelletizing machine solution.

Although the customer plans to prioritize low contamination external waste film, externally sourced material can still contain more impurities than in-house production scrap.

For this reason, KITECH equipped the PE film recycling machine with laser filtration technology to improve its ability to process materials containing minor impurities.

During melt filtration, the laser filtration system continuously removes contaminants from the polymer melt. This can reduce the frequency of manual screen changes compared with conventional filtration methods, helping minimize interruptions and maintenance requirements.

For a plastic film pelletizing machine, stable filtration is particularly important because contamination can affect melt quality, pellet appearance, and downstream processing performance.

By maintaining more consistent filtration, the system helps provide a cleaner melt for pelletizing and supports more stable recycled pellet production.

The benefits become especially relevant as the customer's LLDPE recycling operation expands beyond its own production scrap.

Instead of limiting the plastic film pelletizing machine to very clean in-house material, the customer can consider a broader range of relatively clean external waste film.

The material strategy can therefore be summarized as:

Changing material sources → Potentially higher impurity levels → Higher filtration requirements → Laser filtration configuration

This is an important part of KITECH's approach to plastic film pelletizing machine design.

The equipment configuration is directly connected to the customer's business strategy rather than being selected only according to nominal capacity.

Multi-Roll Stand for Efficient Film Feeding

The feeding section is another area where KITECH customized the plastic film pelletizing machine around the customer's actual production workflow.

Because the customer generates large quantities of film rolls, KITECH designed a multi-roll stand that can accommodate several rolls simultaneously.

This configuration allows operators to load multiple

rolls simultaneously into the plastic film pelletizing machine, reducing the frequency of roll replacement.

Compared with a conventional single-roll feeding arrangement, the multi-roll stand can make material handling more convenient and support a smoother feeding process.

This is particularly valuable for blown film manufacturers that generate continuous production waste in roll form.

The design reflects an important KITECH principle:

Recycling equipment should be designed around the customer's material and production process.

In other words, a plastic film pelletizing machine should not be treated as an isolated piece of equipment.

Its feeding system, filtration system, pelletizing configuration, electrical control, and material output should all correspond to the customer's actual operating conditions.

Electrical Cabinet Air Conditioner for Stable Plastic Film Pelletizing Machine Operation in Ecuador

Because the customer operates in Ecuador, local temperature conditions were also considered during the design of the plastic film pelletizing machine.

High ambient temperatures can raise the internal temperature of electrical control cabinets, affecting sensitive components.

To address this issue, KITECH equipped the plastic film pelletizing machine with an air-conditioned electrical cabinet.

The dedicated cabinet air conditioner helps maintain a more stable internal temperature and creates a better operating environment for critical electrical components.

Compared with basic ventilation, cabinet air conditioning can reduce the direct entry of hot ambient air, dust, and moisture into the electrical enclosure.

For a plastic film pelletizing machine operating continuously in a hot environment, this additional protection can contribute to more stable electrical performance and long-term equipment reliability.

For this project, the air-conditioning system provides several important functions:

• Helps reduce electrical cabinet temperature;
• Protects VFDs, PLCs, and other control components;
• Reduces potential electrical problems caused by excessive heat;
• Supports stable operation of the plastic film pelletizing machine in Ecuador;
• Creates a more reliable electrical environment for continuous production.

This configuration demonstrates that KITECH considers more than just the material being processed.

The operating environment is also an important factor when selecting a plastic film pelletizing machine.

The design logic therefore extends beyond:

Waste Material → Plastic Film pelletizing Machine → Filtration System

It also considers:

High Ambient Temperature → Higher Cabinet Temperature → Air Conditioner Installation → More Stable Equipment Operation

Beyond a Plastic Film pelletizing Machine: Establishing an Internal Material Loop

For this customer, the value of the project goes beyond simply converting waste film into pellets.

Previously, the material flow was:

Production Waste / Defective Film → Direct Sale

After installing the plastic film pelletizing machine, the planned material flow becomes:

Production Waste / Defective Film → Recycling & pelletizing → Recycled pellets → Blown Film Production

This creates a more complete internal recycling loop.

Instead of immediately selling production waste, the customer can use the plastic film pelletizing machine to recover material value and produce recycled pellets for selected film applications.

For products with less stringent quality requirements, recycled pellets may be incorporated into the formulation according to the customer's production specifications.

This can reduce dependence on virgin resin and create opportunities to lower raw material costs.

At the same time, the laser filtration capability gives the plastic film pelletizing machine greater flexibility for future external material sourcing.

The customer may expand from internal production scrap to suitable externally sourced LLDPE waste film, increasing the utilization rate of the recycling system.

In this way, the project supports a broader LLDPE recycling strategy rather than focusing only on waste disposal.

The core value of the solution can be summarized as:

Broader material sources → Higher waste value → More efficient LLDPE recycling → Internal recycled material reuse → Potential production cost reduction

The plastic film pelletizing machine therefore becomes part of the customer's overall production strategy rather than simply another piece of recycling equipment.

A Practical Plastic Film pelletizing Machine Strategy Built Around Real Production Needs

KITECH Machinery believes that the value of a plastic recycling project cannot be determined by equipment capacity alone.

A suitable plastic film pelletizing machine should be selected according to the complete production scenario.

Important factors include:

• The types of waste currently generated;
• The cleanliness of the waste;
• Future external material sources;
• Potential impurity levels;
• Required recycled pellet quality;
• Final application of recycled material;
• Existing production workflow;
• Material feeding method;
• Local temperature and climate;
• Electrical control requirements;
• Future expansion plans.

For this Ecuadorian blown film manufacturer, the starting point is low

contamination

 LLDPE production waste.

However, the long-term objective is broader: the customer wants to build a flexible LLDPE recycling system that can accommodate additional waste film sources and return recycled material to its own production process.

KITECH therefore combined a two-stage plastic film pelletizing machine, laser filtration, secondary filtration, a multi-roll film stand, and an air-conditioned electrical cabinet.

This integrated configuration aligns the plastic film pelletizing machine with the customer's current production requirements, future material sourcing plans, and local operating environment.

For blown film manufacturers evaluating a PE film recycling machine, this project demonstrates an important principle:

The right recycling system should not only process waste—it should create greater value from waste while fitting naturally into the customer's production process.

Looking to Turn Your Waste Film into Recycled Value with a Plastic Film pelletizing Machine?

If your blown film plant generates significant quantities of LLDPE, LDPE, or other plastic film waste and currently sells most of that waste directly, it may be time to reconsider its potential value.

A suitable plastic film pelletizing machine can help transform production waste into reusable recycled pellets while creating new opportunities for internal material circulation.

If you plan to do any of the following:

• Recycle your own production waste and defective film;
• Source relatively clean waste film from external suppliers;
• Expand your LLDPE recycling operations;
• Process recycled materials containing minor impurities;
• Reintroduce recycled pellets into selected blown film products;
• Reduce virgin resin consumption and optimize material costs;
• Operate a PE film recycling machine in a hot climate while protecting electrical control components;

KITECH Machinery can help develop a suitable plastic film pelletizing machine configuration based on your material type, waste volume, contamination level, production workflow, final product requirements, local climate, and future recycling strategy.

Have waste film to recycle?

Talk to KITECH Machinery about your material, production goals, recycling requirements, and operating environment to find the right plastic film pelletizing machine solution for your business.